mhurhangee/ep-ind-claims huggingface dataset:
A hot-rolled steel strip product having a yield strength R p0.2 of at least 840 MPa, yield ratio (R p0.2 /R m) of more than 0.85 and a thickness of less than 12 mm, whose composition in percentage by weight is C: 0.03-0.08, Si: 0.01-0.8, Mn: 0.8-2.5, Al: 0.01-0.15, Cr: 0.01-2.0, B: 0.0005-0.005, Nb: 0.005-0.07, Ti: 0.005-0.12, N: < 0.01, P: < 0.02, S: < 0.004, and optionally Ca less than 0.01, V less than 0.1, Mo less than 0.5, Cu less than 0.5 and Ni less than 0.5, the rest being Fe and unavoidable impurities, and having a microstructure comprising more than 50% upper bainite in terms of area percentages, wherein an upper limit for total content of martensite, MA-constituents, perlite or polygonal ferrite is 20% in terms of area percentages.
A composition comprising inactivated bacteria of Bizionia sp., such as Bizionia sp. selected from the group consisting of Bizionia saleffrena, Bizionia gelidisalsuginis, Bizionia paragorgiae, Bizionia myxarmorum, Bizionia algoritergicola and Bizionia piscinecroseptica sp.130524K2F7, which has been deposited at National Collection of Industrial and Marine Bacteria and has been assigned accession number NCIMB 42183 for use as a medicament, said composition optionally further comprising a pharmaceutically acceptable excipient and/or adjuvant.
A method for satellite imaging acquisition re-planning using ship automatic identification information, the method comprising: upon arrival of a point in time for imaging a target area based on an imaging acquisition plan set in a satellite, collecting automatic identification system information of a ship generated in the target area; estimating a weather condition in the target area by analyzing the AIS information; and performing an imaging acquisition re-planning when it is determined that imaging by an electro-optic camera is impossible under the estimated weather condition. upon arrival of a point in time for imaging a target area based on an imaging acquisition plan set in a satellite, collecting automatic identification system information of a ship generated in the target area; estimating a weather condition in the target area by analyzing the AIS information; and performing an imaging acquisition re-planning when it is determined that imaging by an electro-optic camera is impossible under the estimated weather condition.
A method for producing titanium oxide fine particles having a BET diameter of 1 to 50 nm, an agglomerated particle of 1 to 200 nm as diameter of an agglomerated particle formed by the titanium oxide fine particles, a value of 1 to 40 as a ratio therebetween, namely, a ratio of the agglomerated particle diameter/the BET diameter, and a crystallite diameter from 20 to 100 Å, the method comprising the steps of: a first step of mixing an alkali into an aqueous solution including a titanium(oxy)chloride to have a pH of the aqueous solution within a range of 0 to 9, followed by heating the aqueous solution to a temperature of 50 to 110°C, and thereby conducting a hydrolysis of the titanium(oxy)chloride as a first hydrolysis; and a second step of subsequently mixing a titanium(oxy)chloride and an alkali into the aqueous solution which includes a product from the first hydrolysis and which is adjusted to a temperature of 50 to 110°C, to have a pH of the aqueous solution within a range of 0 to 12, and thereby conducting a hydrolysis of the titanium(oxy)chloride present in the second step as a second hydrolysis. a first step of mixing an alkali into an aqueous solution including a titanium(oxy)chloride to have a pH of the aqueous solution within a range of 0 to 9, followed by heating the aqueous solution to a temperature of 50 to 110°C, and thereby conducting a hydrolysis of the titanium(oxy)chloride as a first hydrolysis; and a second step of subsequently mixing a titanium(oxy)chloride and an alkali into the aqueous solution which includes a product from the first hydrolysis and which is adjusted to a temperature of 50 to 110°C, to have a pH of the aqueous solution within a range of 0 to 12, and thereby conducting a hydrolysis of the titanium(oxy)chloride present in the second step as a second hydrolysis.
A method for producing a wedged multilayer Laue lens suitable to be used with different wavelengths of X-rays by adjusting the position of the lens in the x-z-plane, comprising the following steps: - Providing a lens blank comprising a substrate element having a flat upper surface extending in a plane defined by orthogonal axes x, y, z, wherein x and z extend in the plane and y extends normal to the plane, a layered structure deposited on the upper surface of the substrate element in such a way that at least two different materials (36, 37) are layered upon one another in an alternating manner, wherein the y-extension of the layered structure is constant along the x-axis and varies along the z-axis within a ramp section where the y-extension of the layered structure increases from a starting point, where first particles of material of the layered structure are deposited on the upper surface of the substrate element, to a saturation point, where a maximum y-extension of the layered structure is reached; and - Slicing the lens out of the lens blank by slicing through the ramp section in a way not parallel to the x- and z-axes. - Providing a lens blank comprising a substrate element having a flat upper surface extending in a plane defined by orthogonal axes x, y, z, wherein x and z extend in the plane and y extends normal to the plane, a layered structure deposited on the upper surface of the substrate element in such a way that at least two different materials (36, 37) are layered upon one another in an alternating manner, wherein the y-extension of the layered structure is constant along the x-axis and varies along the z-axis within a ramp section where the y-extension of the layered structure increases from a starting point, where first particles of material of the layered structure are deposited on the upper surface of the substrate element, to a saturation point, where a maximum y-extension of the layered structure is reached; and a substrate element having a flat upper surface extending in a plane defined by orthogonal axes x, y, z, wherein x and z extend in the plane and y extends normal to the plane, a layered structure deposited on the upper surface of the substrate element in such a way that at least two different materials (36, 37) are layered upon one another in an alternating manner, wherein the y-extension of the layered structure is constant along the x-axis and varies along the z-axis within a ramp section where the y-extension of the layered structure increases from a starting point, where first particles of material of the layered structure are deposited on the upper surface of the substrate element, to a saturation point, where a maximum y-extension of the layered structure is reached; and - Slicing the lens out of the lens blank by slicing through the ramp section in a way not parallel to the x- and z-axes.
A method for checking authenticity of an application by a conditional access module connectable to a multimedia receiver, the conditional access module receiving a multimedia stream transporting multimedia content and application data forming at least one application, the at least one application being configured to enhance the multimedia content, comprising: separating, by an input filter included in the conditional access module, the application data from the multimedia stream, the application data comprising a current authentication code, forwarding, by the input filter, the application data with the current authentication code to a quarantine memory of an application checker included in the conditional access module, verifying, by the application checker, the current authentication code by using a reference authentication code previously acquired by or built in the conditional access module, upon successful verification, retrieving from the quarantine memory, by a merging module, which is part of the conditional access module, the application data and merging the application data with the multimedia content previously separated by the input filter, obtaining a checked multimedia stream, outputting the checked multimedia stream for execution of the at least one application enhancing the multimedia content. separating, by an input filter included in the conditional access module, the application data from the multimedia stream, the application data comprising a current authentication code, forwarding, by the input filter, the application data with the current authentication code to a quarantine memory of an application checker included in the conditional access module, verifying, by the application checker, the current authentication code by using a reference authentication code previously acquired by or built in the conditional access module, upon successful verification, retrieving from the quarantine memory, by a merging module, which is part of the conditional access module, the application data and merging the application data with the multimedia content previously separated by the input filter, obtaining a checked multimedia stream, outputting the checked multimedia stream for execution of the at least one application enhancing the multimedia content.
A method for rendering an augmented reality scene on a mobile computing device, comprising: tracking a real-world scene and/or a viewpoint of a user with one or more event- based vision sensors (122, 132); and blending an augmented reality scene displayed on the mobile computing device based on the viewpoint of the user and a scene map of the real-world scene and on the tracking of the one or more event-based vision sensors (122, 132), characterised in that the event-based vision sensors (122, 132) detect OFF-events as discrete decreases in light intensity and/or ON-events as discrete increases in light intensity for pixels of the event-based vision sensors (122, 132); and the event-based vision sensors (122, 132) include comparators that compare a difference between photoreceptor signal and past photoreceptor signal to a threshold to determine the OFF-events and/or ON-events. tracking a real-world scene and/or a viewpoint of a user with one or more event- based vision sensors (122, 132); and blending an augmented reality scene displayed on the mobile computing device based on the viewpoint of the user and a scene map of the real-world scene and on the tracking of the one or more event-based vision sensors (122, 132), characterised in that the event-based vision sensors (122, 132) detect OFF-events as discrete decreases in light intensity and/or ON-events as discrete increases in light intensity for pixels of the event-based vision sensors (122, 132); and the event-based vision sensors (122, 132) include comparators that compare a difference between photoreceptor signal and past photoreceptor signal to a threshold to determine the OFF-events and/or ON-events.
A method of manufacturing a thin-film polymer multi-layer capacitor comprising a multi-layer body manufacturing step where, in a vacuum chamber, a resin thin film layer forming step of forming a resin thin film layer by forming a monomer layer by vapor-depositing a monomer and thereafter by curing the monomer layer by irradiating an electron beam onto the monomer layer, and a metal thin film layer forming step of forming a metal thin film layer by vapor-depositing a metal material are alternately performed on a rotary drum thus forming a multi-layer body in which the resin thin film layer and the metal thin film layer are alternately laminated on the rotary drum, wherein in the resin thin film layer forming step, the monomer layer is formed using a dimethacrylate compound having an alicyclic hydrocarbon skeleton expressed by a following chemical formula as the monomer. wherein, symbol A indicates an organic group containing alicyclic hydrocarbon, characterized in that, in the resin thin film layer forming step, an electron beam is irradiated onto the monomer layer under a condition where an acceleration voltage per layer thickness of 1μm of the resin thin film layer falls within a range of from 10kV/μm to 25kV/μm and a value which is obtained by dividing "current value (mA) of electron beam" by "drum width (m) of rotary drum × rotational speed (m/s) of rotary drum × layer thickness (μm) of resin thin film layer" falls within a range of from 100 to 2500, wherein the dimethacrylate compound is a tricyclodecane dimethanol dimethacrylate expressed by a following chemical formula.
A semiconducting light emitting nanoparticle being a quantum sized material comprising a core, wherein said core of the semiconducting light emitting nanoparticle comprises one or more of group 13 elements of the periodic table and one or more of group 15 elements of the periodic table; one or more shell layers wherein said at least one of the shell layers comprises a 1 st element of group 12, 13 or 14 of the periodic table and a 2 nd element of group 15 or 16 of the periodic table; and at least one organic ligand A, at least one organic ligand B and at least one organic ligand C attached to the outermost surface of the shell layers, wherein the at least one organic ligand A comprises a crosslinkable functional group X, the at least one organic ligand B comprises a crosslinkable functional group Y, and the at least one organic ligand C comprises a crosslinkable functional group Z, wherein groups X, Y and Z are each capable of acting as a crosslinking acceptor and as a crosslinking donator, characterized in that the at least one organic ligand A, the at least one organic ligand B and the at least one organic ligand C are each represented by the general formula U-V-W where U is at each occurrence in ligands A, B and C identically or differently, a nanoparticle surface attaching group, V is at each occurrence in ligands A, B and C, identically or differently, a linker group, and W corresponds to crosslinkable functional groups X, Y and Z, respectively, and U is a phosphonic acid group. a core, wherein said core of the semiconducting light emitting nanoparticle comprises one or more of group 13 elements of the periodic table and one or more of group 15 elements of the periodic table; one or more shell layers wherein said at least one of the shell layers comprises a 1 st element of group 12, 13 or 14 of the periodic table and a 2 nd element of group 15 or 16 of the periodic table; and at least one organic ligand A, at least one organic ligand B and at least one organic ligand C attached to the outermost surface of the shell layers, wherein the at least one organic ligand A comprises a crosslinkable functional group X, the at least one organic ligand B comprises a crosslinkable functional group Y, and the at least one organic ligand C comprises a crosslinkable functional group Z, the at least one organic ligand A comprises a crosslinkable functional group X, the at least one organic ligand B comprises a crosslinkable functional group Y, and the at least one organic ligand C comprises a crosslinkable functional group Z, wherein groups X, Y and Z are each capable of acting as a crosslinking acceptor and as a crosslinking donator, characterized in that the at least one organic ligand A, the at least one organic ligand B and the at least one organic ligand C are each represented by the general formula U-V-W where U is at each occurrence in ligands A, B and C identically or differently, a nanoparticle surface attaching group, V is at each occurrence in ligands A, B and C, identically or differently, a linker group, and W corresponds to crosslinkable functional groups X, Y and Z, respectively, and U is a phosphonic acid group.
A process for preparing a (2-cyclopentenyl)acetate ester compound of the following general formula: wherein R represents a linear or branched alkyl group having 1 to 4 carbon atoms, and X 1 to X 7 represent, independently of each other, a hydrogen atom or a methyl group, with the proviso that one to three among X 1 to X 7 represent a methyl group and the remaining represent a hydrogen atom, the process comprising: subjecting a haloacetaldehyde alkyl 2-cyclopentenyl acetal compound of the following general formula: wherein R is as defined above, X 1 to X 7 are as selected in the general formula, respectively, and Y represents a halogen atom, to a dehydrohalogenation reaction in the presence of a base, followed by a rearrangement reaction to form the (2-cyclopentenyl)acetate ester compound. wherein R represents a linear or branched alkyl group having 1 to 4 carbon atoms, and X 1 to X 7 represent, independently of each other, a hydrogen atom or a methyl group, with the proviso that one to three among X 1 to X 7 represent a methyl group and the remaining represent a hydrogen atom, the process comprising: subjecting a haloacetaldehyde alkyl 2-cyclopentenyl acetal compound of the following general formula: wherein R is as defined above, X 1 to X 7 are as selected in the general formula, respectively, and Y represents a halogen atom, to a dehydrohalogenation reaction in the presence of a base, followed by a rearrangement reaction to form the (2-cyclopentenyl)acetate ester compound.
Press machine, for producing mozzarellas having a substantially two-dimensional geometry, characterised in that it comprises a station for sorting preformed balls of mozzarella obtained with a milk-based paste and a press station for shaping said preformed mozzarella balls into pieces of mozzarella having a substantially two-dimensional geometry, said press station in turn comprising a recessed plane defining at least one recessed seat suitable for containing at least one of said preformed mozzarella balls and coming from said sorting station, also comprising at least one pressing element that is mobile between a resting position, in which said pressing element is located distant from said recessed plane for arranging said preformed ball of mozzarella in said recessed seat, and a pressing position, wherein said pressing element is located above said recessed seat for pressing said preformed ball of mozzarella and comprises a main body fixed to a hoisting beam located in said press station and mobile for moving said pressing element from said resting position to said pressing position and vice versa, said pressing element also comprising a piston with a disc-shaped head slidingly associated with said main body along a pressing direction in contrast and by action of elastic means interposed between said main body and said piston for generating a constant pressing pressure with said pressing element located in said pressing position substantially in contact with said preformed ball of mozzarella.
Device for adapting the control of a system for processing foil webs, more particularly a blister machine, with a central control device which is set up to supply a plurality of work stations of the system with control commands, and a device for detecting the splicing positions in the foil web, characterised in that the device for detecting the splicing stations has a position measuring device which has a measuring element which is movable mechanically dependent on the thickness of the foil web and which is set up to generate sensor signals representing a profile of the thickness of the foil web that the device for detecting the splicing stations furthermore has an analog evaluating unit which is connected to the position measuring device and receives the sensor signals from the position measuring device, wherein the analog evaluation unit has at least one differentiator for differentiating the sensor signals and for generating voltage signals corresponding to the speed of the measuring element, and furthermore a comparator connected to the output side of the differentiator for comparing the voltage signals issued by the differentiator with at least one predetermined limit value, that the analog evaluation unit issues decision-making signals, based on the comparison, to the control device and that the control device is set up to adapt the control commands for the work stations based on the decision-making signals of the analog evaluation unit.
A two-part structural adhesive comprising: a suspension component containing an aminoborane initiator and comprising acrylate and/or methacrylate monomers; and microcapsules comprised of interpolymer complexes of two oppositely charged polymers and containing an encapsulated component comprising a hydrophobic carboxylic acid cure activator, wherein the microcapsules are dispersed in the suspension component. a suspension component containing an aminoborane initiator and comprising acrylate and/or methacrylate monomers; and microcapsules comprised of interpolymer complexes of two oppositely charged polymers and containing an encapsulated component comprising a hydrophobic carboxylic acid cure activator, wherein the microcapsules are dispersed in the suspension component.
A high-frequency photoelectric detector encapsulation base that is can-packaged and that uses multi-layer ceramic, comprising a laminated multi-layer ceramic substrate, wherein the multi-layer ceramic substrate is welded with pins at a bottom and provided with a metal ring at a top; an upper surface and a lower surface of each layer of the ceramic substrate are both plated with a conductive metal layer to form in the substrate, a coplanar waveguide structure with two differential signal contacts; wherein circuit connection holes are provided, each of which is distributed over the layers of the ceramic substrate from top to bottom; the circuit connection holes interconnecting the conductive metal layers by a metal which fills the circuit connection holes, and all the layers of the ceramic substrate are combined and fixed into an integral body via the metal which fills the circuit connection holes; the upper surface of the multi-layer ceramic substrate is provided with two power contacts and the two differential signal contacts, the power contacts and the differential signal contacts penetrating through the layers of the ceramic substrate from top to bottom to be connected to corresponding ones of the pins, and those of the pins being ground pins are welded to the conductive metal layer on the lower surface of the multi-layer ceramic substrate.
A harvester comprising an elongate discharge spout mounted with a longitudinal end thereof to a top side of the harvester in such a way that the discharge spout is mounted at the one longitudinal end movably about a vertical axis of rotation and about a horizontal axis, wherein the discharge spout by rotation about the vertical axis of rotation can be oriented in such a way so that the discharge spout extends in respect of its length in a front-rear direction of the harvester, wherein the one longitudinal end of the discharge spout is mounted to the top side of the harvester in such a way that the discharge spout is mounted rotatably about a horizontal axis of rotation extending in a longitudinal direction of the discharge spout characterised in that the discharge spout has a curvature and is rotatable about the horizontal axis of rotation between an operative position in which an inner radius of the curvature of the discharge spout faces vertically downwardly and an inoperative position in which the inner radius of the curvature of the discharge spout is turned through 90 degrees into the horizontal direction.