mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a coated steel strip for producing tailored blanks suitable for thermomechanical shaping comprising the following steps: - providing a hot-rolled steel strip; - coating the strip with a metallic coating; characterized in that, after the step of coating the strip, cold rolling the strip such that the strip obtains a variable thickness in its length direction, having at least thicker sections and thinner sections, with a section between each thicker and thinner section that gradually changes in thickness from the thicker section to the thinner section, such that tailor rolled blanks (TRBs) can be cut from this strip, wherein the strip has a width between 200 and 2000 mm, a thickness between 1 and 5 mm, and a length between 100 and 2000 m. - providing a hot-rolled steel strip; - coating the strip with a metallic coating;
A method for reducing video artifacts, said method comprising the steps of: receiving source video, said source video having a plurality of frames; encoding said source video; detecting artifacts in said encoded video; determining if an artifact in a first portion of said plurality of frames of encoded video is a first type of artifact; determining if a second portion of said plurality of frames of encoded video contains an artifact of the first type of artifact; grouping the first and second portion into a category for re-encoding if the second portion of said plurality of frames of encoded video contains an artifact of the first type of artifact; and displaying the portions of said plurality of frames of video in the category to enable a user to select a user-defined set of encoding parameters from a library of preset sets of encoding parameters such that artifacts in the portions of said frames of video in the category are reduced when the encoded video is re-encoded. receiving source video, said source video having a plurality of frames; encoding said source video; detecting artifacts in said encoded video; determining if an artifact in a first portion of said plurality of frames of encoded video is a first type of artifact; determining if a second portion of said plurality of frames of encoded video contains an artifact of the first type of artifact; grouping the first and second portion into a category for re-encoding if the second portion of said plurality of frames of encoded video contains an artifact of the first type of artifact; and displaying the portions of said plurality of frames of video in the category to enable a user to select a user-defined set of encoding parameters from a library of preset sets of encoding parameters such that artifacts in the portions of said frames of video in the category are reduced when the encoded video is re-encoded.
A method of making a multilayered, fusion bonded circuit structure comprising the steps of: attaching a first circuitry layer to a first major surface of a first LCP substrate; forming a plurality of first recesses extending from a second major surface of the first LCP substrate to the first circuitry layer; plating the first recesses to form a plurality of first conductive pillars of solid metal that substantially fill the first recesses, wherein the first conductive pillars extend above the second surface of the first LCP substrate; forming a plurality of second recesses in a second LCP substrate corresponding to a plurality of the first conductive pillars; plating the second recesses to form a plurality of second conductive structures that extend between first and second major surfaces of the second substrate; positioning the second major surface of the first LCP substrate adjacent to the second major surface of the second LCP substrate; aligning the first conductive pillars with the second conductive structures positioning distal ends of the first conductive pillars at least partially in the plated second recesses of the second substrate to form a mechanical and an electrical connection; and fusion bonding the first and second LCP substrates (302;330) to mechanically couple the first conductive pillars to the second conductive structures. attaching a first circuitry layer to a first major surface of a first LCP substrate; forming a plurality of first recesses extending from a second major surface of the first LCP substrate to the first circuitry layer; plating the first recesses to form a plurality of first conductive pillars of solid metal that substantially fill the first recesses, wherein the first conductive pillars extend above the second surface of the first LCP substrate; forming a plurality of second recesses in a second LCP substrate corresponding to a plurality of the first conductive pillars; plating the second recesses to form a plurality of second conductive structures that extend between first and second major surfaces of the second substrate; positioning the second major surface of the first LCP substrate adjacent to the second major surface of the second LCP substrate; aligning the first conductive pillars with the second conductive structures positioning distal ends of the first conductive pillars at least partially in the plated second recesses of the second substrate to form a mechanical and an electrical connection; and fusion bonding the first and second LCP substrates (302;330) to mechanically couple the first conductive pillars to the second conductive structures.
Method of ensuring the fast neutron reactor core is guaranteed subcriticality under conditions of uncertainty characterized in that after the core is assembled, physical measurements of the core subcriticality are performed using well-known methods, and comparison of the obtained results and design values is carried out; in case of deviation of the obtained characteristics and design values, adjustable reactivity rods with enrichment that ensures the subcriticality value preset by the design are installed in the reactor on the level of the core fuel part; and the boron-10 isotope enrichment of the adjustable reactivity rods is selected higher than the boron-10 isotope enrichment of the core compensating rods.
A thermal safety device (100, 200, 300), which executes the disconnection of an electrical circuit during the melting of a fuse-element, wherein the thermal safety device has at least two electrically conductive terminals (11, 12) and one fuse-element, wherein the thermal safety device has an encapsulation or encasement, wherein the thermal safety device, i.e. its layered structure, has at least one coating between the terminals (11, 12) and the encapsulation or encasement, wherein the thermal safety device is enclosed by an encapsulation or encasement, at least in certain regions, wherein the fuse-element is encapsulated within the thermal safety device, characterized in that the coating between the terminals (11, 12) and the encapsulation or encasement contains tin, indium, bismuth, or an alloy of tin, indium, or bismuth.
A method of printing three-dimensional object comprising: iteratively applying individual polymeric build material layers including polymer particles having a D50 particle size from about 2 μm to about 150 μm; based on a three-dimensional object model, iteratively and selectively dispensing a fusing agent onto individual build material layers, wherein the fusing agent comprises an aqueous liquid vehicle including water and an organic co solvent, a radiation absorber to generate heat from absorbed electromagnetic radiation, and a carbamide-containing compound; wherein the carbamide-containing compound includes urea or a bi-urea and is present in the fusing agent at from about 4 wt% to about 12 wt%; and iteratively exposing the individual polymeric build material layers with the fusing agent dispensed therewith to electromagnetic radiation to selectively fuse polymer particles of the polymeric build material in contact with the radiation absorber and to form a fused three-dimensional object is formed; wherein the D50 particle size is measured by laser diffraction. based on a three-dimensional object model, iteratively and selectively dispensing a fusing agent onto individual build material layers, wherein the fusing agent comprises an aqueous liquid vehicle including water and an organic co solvent, a radiation absorber to generate heat from absorbed electromagnetic radiation, and a carbamide-containing compound; wherein the carbamide-containing compound includes urea or a bi-urea and is present in the fusing agent at from about 4 wt% to about 12 wt%; and iteratively exposing the individual polymeric build material layers with the fusing agent dispensed therewith to electromagnetic radiation to selectively fuse polymer particles of the polymeric build material in contact with the radiation absorber and to form a fused three-dimensional object is formed; wherein the D50 particle size is measured by laser diffraction.
An arrangement consisting of a damping device, a damper support, and a terminal, which is arranged in the installed state in the travel direction in front of a retention system extending along a road, for example, in front of a crash barrier device, wherein the damping device is arranged on the terminal and in the travel direction in front of the damper support associated therewith, and comprises a plurality of damping elements (4, 4') arranged successively after one another, wherein the terminal is formed as a depression borne on supporting posts, and, between the damping device and the depression, a guide is formed in the longitudinal direction thereof and held by this depression, wherein the damper support absorbs the impact energy of a colliding vehicle, characterized in that the damper support is formed so as to be separated in terms of energy from the depression and thus it introduces the impact energy directly into the ground, so that the ground directly provides the counter force for the damper support.
Hammer drill and/or chipping hammer having a drive unit having a drive shaft, an output unit having an output shaft, for actuating an application tool, and having at least one torque limiting unit (10a; 10b) having a first clutch element (120a; 120b) which meshes with a transmission element of the drive shaft, a second clutch element (170a; 170b) which meshes with a transmission element of the output shaft, and a third clutch element (172a; 172b) which serves for coupling the first clutch element (120a; 120b) and the second clutch element (170a; 170b) and is connected to the second clutch element (170a; 170b) for conjoint rotation, wherein the torque limiting unit (10a; 10b) is provided to limit a torque between the drive unit and the output unit in a drive train of the hammer drill and/or chipping hammer in at least one operating state, wherein the third clutch element (172a; 172b) has at least two force transmission means (14a-28a, 30a-44a; 14b, 36b) which are provided to transmit the torque in at least one operating state, and wherein the at least two force transmission means (14a-28a, 30a-44a; 14b, 36b) have different transmission characteristics, characterized in that, to form the different transmission characteristics, the at least two force transmission means (14a-28a, 30a-44a; 14b, 36b) have different directions of action (48a, 50a; 48b, 50b), wherein, to receive and to guide the at least two force transmission means (14a-28a, 30a-44a; 14b, 36b), the third clutch element (172a; 172b) has in each case at least one radial guide channel (176a-190a) as a radial recess and at least one axial guide channel (192a-206a) as an axial recess, and, to limit the transmitted torque, the force transmission means (14a-28a, 30a-44a; 14b, 36b) each have a latching element (52a-82a; 52b, 74b) mounted in the guide channels (176a-190a), and an energy storage element (84a-98a, 106a; 84b, 116b) such that the energy storage element (84a-98a; 84b) pushes the at least one radially mounted latching element (52a-66a; 52b) in a substantially form-fitting manner in each case into a radial latching recess (126a-140a) of a radial engagement contour (122a; 122b) of the first clutch element (120a; 120b), and the energy storage element (106a; 116b) pushes the at least one axially mounted latching element (68a-82a; 74b) in a substantially form-fitting manner in each case into an axial latching recess (142a; 142b) of an axially acting engagement contour of the first clutch element (120a; 120b).
A handling tool, which is provided and configured for gripping and/or handling medical equipment, preferably a container, more preferably a sterilization container (21; 39), having a fork carriage and two parallel-spaced fork tines extending in a longitudinal direction at right angles away from the fork carriage, each of which has a container support/capturing side on which a number of longitudinally spaced receiving protrusions are formed or arranged, which extend in a height direction to the container support/capturing side, characterized in that the fork tines include a lower side which faces away from the container support/capturing side and on which manipulation projections are formed or arranged which extend in a depth direction/negative height direction to the lower side.
A method of operating a digital assistant to provide emergency call functionality, the method performed by an electronic device implementing the digital assistant, the method comprising: at the device having memory and one or more processors: while one or more functionalities of the digital assistant other than emergency call functionality are accessible via speech input on the device, receiving a speech input from a user; determining or obtaining a determination of whether the speech input expresses a user request for making an emergency call; determining or obtaining a determination of a local emergency dispatcher telephone number based on a geographic location of the device; and in response to determining or obtaining a determination that the speech input expresses a user request for making an emergency call, calling the local emergency dispatcher telephone number using the emergency call functionality. while one or more functionalities of the digital assistant other than emergency call functionality are accessible via speech input on the device, receiving a speech input from a user; determining or obtaining a determination of whether the speech input expresses a user request for making an emergency call; determining or obtaining a determination of a local emergency dispatcher telephone number based on a geographic location of the device; and in response to determining or obtaining a determination that the speech input expresses a user request for making an emergency call, calling the local emergency dispatcher telephone number using the emergency call functionality.
A display system comprising: a first plurality of pixels (321; 421) arranged to receive light of a first wavelength and output spatially modulated light having the first wavelength according to first holographic data for forming a first holographic reconstruction; a second plurality of pixels (311; 411) arranged to receive light of a second wavelength less than the first wavelength and output spatially modulated light having the second wavelength according to second holographic data for forming a second holographic reconstruction; a first Fourier transform lens being either physical or added as lensing data to the holographic data arranged to perform a Fourier transform of the first holographic data to form the first holographic reconstruction having the first wavelength at a replay plane (350; 450); a second Fourier transform lens being either physical or added as lensing data to the holographic data arranged to perform a Fourier transform of the second holographic data to form the second holographic reconstruction having the second wavelength at the replay plane (350; 450), wherein a first optical path length from the first Fourier transform lens to the replay plane (350; 450) is less than a second optical path length from the second Fourier transform lens to the replay plane (350; 450), and wherein the focal length of the Fourier transform lenses is inversely proportional to the wavelength of the corresponding light. a first plurality of pixels (321; 421) arranged to receive light of a first wavelength and output spatially modulated light having the first wavelength according to first holographic data for forming a first holographic reconstruction; a second plurality of pixels (311; 411) arranged to receive light of a second wavelength less than the first wavelength and output spatially modulated light having the second wavelength according to second holographic data for forming a second holographic reconstruction; a first Fourier transform lens being either physical or added as lensing data to the holographic data arranged to perform a Fourier transform of the first holographic data to form the first holographic reconstruction having the first wavelength at a replay plane (350; 450); a second Fourier transform lens being either physical or added as lensing data to the holographic data arranged to perform a Fourier transform of the second holographic data to form the second holographic reconstruction having the second wavelength at the replay plane (350; 450), wherein a first optical path length from the first Fourier transform lens to the replay plane (350; 450) is less than a second optical path length from the second Fourier transform lens to the replay plane (350; 450), and wherein the focal length of the Fourier transform lenses is inversely proportional to the wavelength of the corresponding light.
A method of detecting at least one non-nucleic acid target analyte and at least one target nucleic acid in a cell, comprising: a) lysing the cell in a multifunctional lysis buffer to produce a cell lysate; b) incubating the cell lysate with at least one proximity detection probe set under conditions allowing interaction between the at least one proximity detection probe set, wherein each proximity detection probe set comprises at least two proximity detection probes, and wherein each proximity detection probe comprises at least one non-nucleic acid target analyte binding moiety and at least one oligonucleotide moiety; c) incubating the cell lysate with at least one protease; d) detecting the interaction between the at least one proximity detection probe set, wherein the interaction comprises at least one method selected from hybridization between the oligonucleotide moieties of the at least two of the proximity detection probes or ligation of the oligonucleotide moieties of the at least two of the proximity detection probes; and e) detecting at least one target nucleic acid. a) lysing the cell in a multifunctional lysis buffer to produce a cell lysate; b) incubating the cell lysate with at least one proximity detection probe set under conditions allowing interaction between the at least one proximity detection probe set, wherein each proximity detection probe set comprises at least two proximity detection probes, and wherein each proximity detection probe comprises at least one non-nucleic acid target analyte binding moiety and at least one oligonucleotide moiety; c) incubating the cell lysate with at least one protease; d) detecting the interaction between the at least one proximity detection probe set, wherein the interaction comprises at least one method selected from hybridization between the oligonucleotide moieties of the at least two of the proximity detection probes or ligation of the oligonucleotide moieties of the at least two of the proximity detection probes; and e) detecting at least one target nucleic acid.
A conductive film-forming composition comprising (i) 10 to 70 wt%, based on the total weight of the conductive film-forming composition, of copper oxide particles having a volume average secondary particle size, measured according to the method disclosed in the description, of 20 to 180 nm, (ii) a thixotropic agent, (iii) water, and (iv) a water-soluble polymer dispersant selected from polyvinylpyrrolidone having a weight-average molecular weight of 8000 to 160000 and polyethylene glycol having a weight-average molecular weight of 3000 to 18000, the weight-average molecular weights being measured according to the method disclosed in the description.
A robotic joint assembly, comprising: first and second structural elements; a joint joining a portion of the first structural element to a portion of the second structural element, wherein the second structural element is pivotal about the portion of the first structural element; and a pneumatic actuator comprising a first gas bladder and a second gas bladder positioned in the joint, wherein the second structural element is pivoted with inflation of at least one of the first and second gas bladders; characterised in that the first structural element includes a first flow conduit and a second flow conduit, each of the first and second flow conduits extending through the length of the body of the first structural element and being coupled at one end of the first structural element to an inlet to the first gas bladder, and an inlet to the second gas bladder respectively, each of the first and second flow conduits being operably coupled via inlets or connectors (266, 267) provided at a second end of the first structural element to supply tubes or lines from pressurized gas supplies. first and second structural elements; a joint joining a portion of the first structural element to a portion of the second structural element, wherein the second structural element is pivotal about the portion of the first structural element; and a pneumatic actuator comprising a first gas bladder and a second gas bladder positioned in the joint, wherein the second structural element is pivoted with inflation of at least one of the first and second gas bladders; characterised in that the first structural element includes a first flow conduit and a second flow conduit, each of the first and second flow conduits extending through the length of the body of the first structural element and being coupled at one end of the first structural element to an inlet to the first gas bladder, and an inlet to the second gas bladder respectively, each of the first and second flow conduits being operably coupled via inlets or connectors (266, 267) provided at a second end of the first structural element to supply tubes or lines from pressurized gas supplies.
A composition comprising a poly alpha-1,3-glucan ester compound represented by the structure: wherein (i) n is at least 6; (ii) each R is independently an -H or a first group comprising -CO-C x -COOH, wherein the -C x - portion of said first group comprises a chain of 2 to 6 carbon atoms, and further wherein the -C x - portion comprises (a) at least one double-bond in said chain, and/or (b) at least one branch comprising an organic group; and (iii) the compound has a degree of substitution with the first group of about 0.001 to about 3.0. (i) n is at least 6; (ii) each R is independently an -H or a first group comprising -CO-C x -COOH, wherein the -C x - portion of said first group comprises a chain of 2 to 6 carbon atoms, and further wherein the -C x - portion comprises (a) at least one double-bond in said chain, and/or (b) at least one branch comprising an organic group; and (iii) the compound has a degree of substitution with the first group of about 0.001 to about 3.0.