mhurhangee/ep-ind-claims huggingface dataset:
A vehicle spoiler, an aircraft wing, an aircraft flap, an aircraft rudder, a helicopter blade, a wind turbine blade, a windmill blade, a fluid mixing apparatus, an industrial static mixer, an industrial dynamic mixer, a mixing paddle, or a fence comprising a fluid flow modification apparatus having a surface over which a fluid can flow in use, the surface having an edge of length Y over or past which a fluid flowing over the surface can flow in use, the edge having a first virtual boundary of length X such that at least a first portion of the apparatus within the first virtual boundary comprises an opening and such that at least a second portion of the apparatus comprises a projection which extends beyond the first virtual boundary to provide the edge, where Y is greater than X, the edge being multi-scale and being formed by the first portion and the second portion being on opposite sides of the first virtual boundary, and the first projection and the first opening defining in part a second virtual boundary having a length greater than the length of the first virtual boundary and less than the length Y of the edge, characterised by: the first projection and the first opening each having a second projection extending from said part of the second virtual boundary and a second opening within said part of the second virtual boundary, the edge being formed by the second projection and the second opening being part of a third virtual boundary having a length greater than the length of the second virtual boundary and less than the length Y of the edge, and by a third projection extending from said part of the third virtual boundary and a third opening within said part of the third virtual boundary, wherein: the first projection and the first opening are on a first scale, the second projection and the second opening are on a second scale different to the first scale, and the third projection and the third opening are on a third scale different to the first and second scales.
An insulator, which comprises: - an insulator body having an outer surface; - a jacket of an insulating material, covering the outer surface of the insulator body; and - at least one cable, which extends along the insulator body while being encased within the jacket of insulating material, which comprises an optical fiber or a bundle of optical fibers in physical contact with one another, and a sleeve in which said fiber or bundle of fibers is contained, and in which: • the sleeve comprises at least one layer of a (co)polymer material with a resistance to acids being such that the loss of mass from this material is less than 0.1% when it is subjected to a test of resistance to 1 M nitric acid under the conditions laid down in ASTM Standard D 543-87; and • the inner surface of the sleeve is in engagement with the outer surface of said fiber or said bundle of fibers. - an insulator body having an outer surface; - a jacket of an insulating material, covering the outer surface of the insulator body; and - at least one cable, which extends along the insulator body while being encased within the jacket of insulating material, which comprises an optical fiber or a bundle of optical fibers in physical contact with one another, and a sleeve in which said fiber or bundle of fibers is contained, and in which: • the sleeve comprises at least one layer of a (co)polymer material with a resistance to acids being such that the loss of mass from this material is less than 0.1% when it is subjected to a test of resistance to 1 M nitric acid under the conditions laid down in ASTM Standard D 543-87; and • the inner surface of the sleeve is in engagement with the outer surface of said fiber or said bundle of fibers. • the sleeve comprises at least one layer of a (co)polymer material with a resistance to acids being such that the loss of mass from this material is less than 0.1% when it is subjected to a test of resistance to 1 M nitric acid under the conditions laid down in ASTM Standard D 543-87; and • the inner surface of the sleeve is in engagement with the outer surface of said fiber or said bundle of fibers.
A panel for use in an aircraft, comprising: a top face sheet; a bottom face sheet; and a first folded core bonded to the top face sheet and the bottom face sheet, the first folded core characterized by a corrugated zigzag pattern of a plurality of ridges having a plurality of first peaks, a plurality of valleys, and a plurality of non-vertical faces extending between the plurality of first peaks and the plurality of valleys; wherein the plurality of first peaks of each ridge comprises a generally planar peak having a sharp bend at a zenith, thus providing a partial angular peak; wherein each of the plurality of ridges comprises a generally flat surface profile having a plurality of first peaks including a peak with a narrow peak angle and a peak with a wide peak angle, and wherein a narrow peak angle is less than or equal to 90 degrees and a wide peak angle is greater than 90 degrees. a top face sheet; a bottom face sheet; and a first folded core bonded to the top face sheet and the bottom face sheet, the first folded core characterized by a corrugated zigzag pattern of a plurality of ridges having a plurality of first peaks, a plurality of valleys, and a plurality of non-vertical faces extending between the plurality of first peaks and the plurality of valleys; wherein the plurality of first peaks of each ridge comprises a generally planar peak having a sharp bend at a zenith, thus providing a partial angular peak; wherein each of the plurality of ridges comprises a generally flat surface profile having a plurality of first peaks including a peak with a narrow peak angle and a peak with a wide peak angle, and wherein a narrow peak angle is less than or equal to 90 degrees and a wide peak angle is greater than 90 degrees.
A tire comprising a tread formed by using a rubber composition of which a tan δ at 0°C measured under the conditions of initial strain of 2%, dynamic strain of 1% and frequency of 52 Hz is 0.25 to 0.55, a difference between a tan δ at 30°C and a tan δ at 60°C measured under the conditions of initial strain of 2%, dynamic strain of 1% and frequency of 52 Hz is -0.02 to 0.07, and a dynamic storage modulus at 0°C measured under the conditions of initial strain 2%, dynamic strain of 1% and frequency at 52 Hz is 4 MPa to 20 MPa, characterised in that the tread has a plurality of circumferential grooves (21a, 21b, 22) extending continuously in a tire circumferential direction, the circumferential grooves (21a, 21b, 22) including circumferential main grooves (21a, 21b, 22) with a groove widthwise cross-sectional area of 10 mm 2 or more, and a groove width Lb at a 95% groove depth position with a groove depth of a groove bottom as 100% being 25% to 60% with respect to a groove width Lt on a tread surface in at least a circumferential main groove located on an outermost side when mounted to a vehicle among the circumferential main grooves (21a, 21b, 22), wherein the tread has a central region partitioned by two circumferential main grooves (21a, 21b) located on tire widthwise outermost sides among the circumferential main grooves (21a, 22b, 22), and two side regions (12a, 12b) located on tire widthwise outer sides of the central region, the central region having a central land portion formed by partitioning by the circumferential main grooves (21a, 22b, 22), and the side regions (12a, 12b) having side land portions (41a, 41b), and a ratio of a total area of the central land portion located in the central region with respect to an area of the entire tire land portion on the footprint of the tread is 40% to 60%.
A network slice determination method, comprising: acquiring a first device trigger request, the first device trigger request comprising a service quality parameter that is carried in a slice establishment request initiated by a service server; determining a slice configuration identifier based on the service quality parameter, the slice configuration identifier being used for identifying a configuration parameter of a network slice supporting the service quality parameter; initiating a data path establishment request for the service server based on the slice configuration identifier; acquiring an establishment complete message returned for the data path establishment request, the establishment complete message being used for identifying that an established data path has been imported into an established target network slice, and the target network slice being established based on the slice configuration identifier; and returning, for the first device trigger request, a first device trigger response comprising an identifier of the data path, the first device trigger response being used for identifying that the target network slice is established. acquiring a first device trigger request, the first device trigger request comprising a service quality parameter that is carried in a slice establishment request initiated by a service server; determining a slice configuration identifier based on the service quality parameter, the slice configuration identifier being used for identifying a configuration parameter of a network slice supporting the service quality parameter; initiating a data path establishment request for the service server based on the slice configuration identifier; acquiring an establishment complete message returned for the data path establishment request, the establishment complete message being used for identifying that an established data path has been imported into an established target network slice, and the target network slice being established based on the slice configuration identifier; and returning, for the first device trigger request, a first device trigger response comprising an identifier of the data path, the first device trigger response being used for identifying that the target network slice is established.
A rocker ski comprising a contact area, a rocker area curved upwards with respect to the contact area, and a tip area, wherein the contact area has a sidecut exhibiting at least a first sidecut radius and the rocker area has a sidecut exhibiting at least a second sidecut radius, wherein the first and second sidecut radii differ from each other, wherein the second sidecut radius is between 1 m and 25 m.
A process for preparing purified teicoplanin, the process comprising subjecting teicoplanin to a cation and to an anion exchange technique, wherein a cation and an anion exchange resin having teicoplanin bound thereto is respectively treated with an eluant having a pH value in the range from 5 to below 9.
A method for trimming a plate having a first face and a second face opposite to the first face, said method comprising the following steps: - Fixing the plate on a support by means of a layer, called the interface layer, located between the plate and the support, at the first face, - Cropping a periphery area of the plate by grinding from the second face and in the direction of the interface layer, - Stopping the cropping after removing the periphery area after a total grinding time t tot, said method being characterised in that an interface layer is used, said interface layer comprising a layer, called a transition layer, located at least perpendicular to the periphery area of the plate and having a resistance to grinding greater than that of the plate, and in that stopping the cropping is operated in said transition layer, after detecting a variation in grinding resistance. - Fixing the plate on a support by means of a layer, called the interface layer, located between the plate and the support, at the first face, - Cropping a periphery area of the plate by grinding from the second face and in the direction of the interface layer, - Stopping the cropping after removing the periphery area after a total grinding time t tot,
A unit for the correction of the supporting-locomotive apparatus by microcurrent therapy comprising an oblong base designed in the shape of a triangle, having protrusions of dissimilar widths located on the working surface at the vortex and at the base of the triangle, having a hollow configured to fit to the sacrum, the thoracic region of the spine, the sternum, the knees, and the skull, the oblong base further comprising acupuncture spikes configured to act on biologically active points and located along the other two sides of the triangular base, that is, along the sides of the working surface of the unit, the oblong base further comprising battery-operated electrodes installed on the working surface or inside the spikes of the unit and wired to an electronic module configured to provide heat and microcurrent therapy by skin contact.
An optoelectronic device assembly comprising: a coated element comprising transparent thermoplastic substrate comprising a material selected from aromatic polycarbonate and polyester, and combinations comprising at least one of the foregoing materials, and a protective weathering layer comprising: a block copolymer comprising polycarbonate and resorcinol polyarylate and greater than or equal to 2.5 wt% of UV absorber based upon a total weight of the protective weathering layer, wherein the block copolymer has a resorcinol polyarylate block content of less than or equal to 40 wt%; and having UV absorbance loss rate at 330 nm of less than or equal to 0.15 A/year as estimated from filtered xenon arc exposure and/or having a rate of erosion of less than or equal to 5 μm per year as estimated from filtered xenon arc exposure; and an optoelectronic device on the coated element, wherein the optoelectronic device is selected from a light emitting diode and a photovoltaic cell. a coated element comprising transparent thermoplastic substrate comprising a material selected from aromatic polycarbonate and polyester, and combinations comprising at least one of the foregoing materials, and a protective weathering layer comprising: a block copolymer comprising polycarbonate and resorcinol polyarylate and greater than or equal to 2.5 wt% of UV absorber based upon a total weight of the protective weathering layer, wherein the block copolymer has a resorcinol polyarylate block content of less than or equal to 40 wt%; and having UV absorbance loss rate at 330 nm of less than or equal to 0.15 A/year as estimated from filtered xenon arc exposure and/or having a rate of erosion of less than or equal to 5 μm per year as estimated from filtered xenon arc exposure; and a block copolymer comprising polycarbonate and resorcinol polyarylate and greater than or equal to 2.5 wt% of UV absorber based upon a total weight of the protective weathering layer, wherein the block copolymer has a resorcinol polyarylate block content of less than or equal to 40 wt%; and having UV absorbance loss rate at 330 nm of less than or equal to 0.15 A/year as estimated from filtered xenon arc exposure and/or having a rate of erosion of less than or equal to 5 μm per year as estimated from filtered xenon arc exposure; and an optoelectronic device on the coated element, wherein the optoelectronic device is selected from a light emitting diode and a photovoltaic cell.
A method for re-establishing a radio link, comprising: a destination NodeB receiving a Re-establishment Request message sent by user equipment, UE, wherein the Re-establishment Request message carries a cause value, characterized in that: the cause value comprising information used for indicating that the UE hands over successfully or unsuccessfully; and the method further comprises: the destination NodeB determining, according to the cause value, a security algorithm applied to radio link re-establishment between the destination NodeB and the UE, and establishing the radio link using the security algorithm. the cause value comprising information used for indicating that the UE hands over successfully or unsuccessfully; and the method further comprises: the destination NodeB determining, according to the cause value, a security algorithm applied to radio link re-establishment between the destination NodeB and the UE, and establishing the radio link using the security algorithm. the destination NodeB determining, according to the cause value, a security algorithm applied to radio link re-establishment between the destination NodeB and the UE, and establishing the radio link using the security algorithm.
A radiant panel (100; 101; 102; 103; 104; 105; 106; 107) which comprises at least one conduit (1a, 1b) for the flow of a thermovector fluid and a first plate which is provided with a seat which is formed to receive at least a portion of the at least one conduit (1a, 1b), the first plate being or being able to be connected to a second plate in such a manner that the first plate and the second plate are positioned one above the other and the at least one conduit (1a, 1b) extends between them, characterized in that the at least one conduit (1a, 1b) forms a closed circuit, wherein the at least one conduit (1a, 1b) does not have any free ends, whether they are open or closed, wherein the at least one conduit (1a, 1b) extends completely inside the perimeter of the radiant panel.
Disentangled high or ultrahigh molecular weight polyethylene ( HMWPE) being produced with a Ziegler-Natta catalyst containing a magnesium compound, an aluminium compound and a titanium compound supported on a particulate support, characterized by (i) a factor for the normalized elastic modulus G' 0 /G' p of less than 0.85 determined in a dynamic time sweep measurement at 180°C with constant strain of 0.5% at fixed frequency of 10 rad/s for at least 3600s, whereby G'o is the elastic shear modulus measured at t 0 directly after melting the sample and G' p is the maximum plateau modulus, (ii) an intrinsic viscosity of at least 10 dl/g up to 30 dl/g (iii) a nominal viscosity molecular weight (Mv) of at least 1.3 ∗ 10 6 g/mol up to 5.5 ∗ 10 6 g/mol and (iv) a molecular weight of (M w) of at least 1.0 ∗ 10 6 g/mol up to 2.5 ∗ 10 6 g/mol. (i) a factor for the normalized elastic modulus G' 0 /G' p of less than 0.85 determined in a dynamic time sweep measurement at 180°C with constant strain of 0.5% at fixed frequency of 10 rad/s for at least 3600s, whereby G'o is the elastic shear modulus measured at t 0 directly after melting the sample and G' p is the maximum plateau modulus, (ii) an intrinsic viscosity of at least 10 dl/g up to 30 dl/g (iii) a nominal viscosity molecular weight (Mv) of at least 1.3 ∗ 10 6 g/mol up to 5.5 ∗ 10 6 g/mol and (iv) a molecular weight of (M w) of at least 1.0 ∗ 10 6 g/mol up to 2.5 ∗ 10 6 g/mol.
An aftertreatment system for a vehicle equipped with a first catalytic unit arranged upstream of a second catalytic unit operable to reduce pollutes in exhaust gas flowing through each catalytic unit, the aftertreatment system comprising: - a first injection unit responsive to a first control signal to inject liquid reductant to the exhaust gas flow upstream of the first catalytic unit; - a second injection unit responsive to a second control signal to, at the same time, inject the liquid reductant to the exhaust gas flow upstream of the second catalytic unit and downstream of the first catalytic unit, the aftertreatment system further comprising a control unit configured to send the first and the second control signals to the first and second injection units such that the first and second control signals are a function of a present vehicle driving condition, and such that, when an engine load rate of change exceeds a threshold rate of change, the first injection unit decreases the dosing of liquid reductant, and the second injection unit increases the dosing of liquid reductant. - a first injection unit responsive to a first control signal to inject liquid reductant to the exhaust gas flow upstream of the first catalytic unit; - a second injection unit responsive to a second control signal to, at the same time, inject the liquid reductant to the exhaust gas flow upstream of the second catalytic unit and downstream of the first catalytic unit, the aftertreatment system further comprising a control unit configured to send the first and the second control signals to the first and second injection units such that the first and second control signals are a function of a present vehicle driving condition, and such that, when an engine load rate of change exceeds a threshold rate of change, the first injection unit decreases the dosing of liquid reductant, and the second injection unit increases the dosing of liquid reductant.
Device for conveying a container made of thermoplastic material provided with a neck which comprises: - a support that is mobile along a determined path; - a member for gripping the container by its neck which is borne by the support so as to rotate about a vertical axis; - a rotor which is mounted secured in rotation with the gripping member and which comprises, at its periphery, a plurality of magnetic elements arranged in a ring; - a linear stator formed by at least one rail (44A, 44B) of magnetic elements which is arranged in a fixed manner over at least a portion of the path and which comprises a succession of magnetic elements arranged parallel to the path, in which each magnetic element of the stator is capable of interacting by magnetisation with proximal magnetic elements of the rotor to drive the gripping member in rotation in its displacement along the path; characterized in that the magnetic field lines between each magnetic element of the stator and each proximal magnetic element of the rotor are directed substantially parallel to the vertical axis of rotation of the rotor. - a support that is mobile along a determined path; - a member for gripping the container by its neck which is borne by the support so as to rotate about a vertical axis; - a rotor which is mounted secured in rotation with the gripping member and which comprises, at its periphery, a plurality of magnetic elements arranged in a ring; - a linear stator formed by at least one rail (44A, 44B) of magnetic elements which is arranged in a fixed manner over at least a portion of the path and which comprises a succession of magnetic elements arranged parallel to the path,
A three-layered composite material in the form of a metal sheet or strip consisting of a first core layer forming a middle course on the composite material (1, 100, 200) and containing a first steel material (3, 103, 203), a second cladding layer containing a second steel material (6, 106, 206) different from the first steel material (3, 103, 203), and a third cladding layer containing a third steel material (7, 107, 207) different from the first steel material (3, 103, 203), wherein the second and third cladding layers are provided by roll-cladding on opposite sides (21, 22) of the core layer and form the outer two courses on the composite material (1, 100, 200), wherein the thickness (d) of the composite material (1, 100, 200) is constant but the core-layer thickness (k) of the first steel material (3, 103, 203) of the core layer varies over the width of the composite material (1, 100, 200), wherein the first steel material (3, 103, 203) of the core layer extends continuously over the entire width of the composite material (1, 100, 200) and is hot-stampable, wherein the second and/or third steel material (6, 7, 106, 107, 206, 207) of the cladding layers (4, 5) inversely follow, in the cladding-layer thickness (p), the variation of the core-layer thickness (k), and the second and/or third steel material (6, 7, 106, 107, 206, 207) have a carbon content lower than that of the first steel material (3, 103, 203).