mhurhangee/ep-ind-claims huggingface dataset:
A method for mapping, in an LTE or LTE-A system, a search space of an enhanced physical downlink control channel transmitted in a physical downlink shared channel region, comprising: determining a search space allocated to the enhanced physical downlink control channel according to a resource allocation scheme; mapping each of candidates of the enhanced physical downlink control channel onto a time frequency resource of the search space according to a predefined interval; and wherein the method further comprises mapping an enhanced control channel element contained in each candidate of the enhanced physical downlink control channel onto subcarriers within the same resource block or subcarriers within adjacent resource blocks. determining a search space allocated to the enhanced physical downlink control channel according to a resource allocation scheme; mapping each of candidates of the enhanced physical downlink control channel onto a time frequency resource of the search space according to a predefined interval; and wherein the method further comprises mapping an enhanced control channel element contained in each candidate of the enhanced physical downlink control channel onto subcarriers within the same resource block or subcarriers within adjacent resource blocks.
A method for manufacturing a blazed diffraction grating configured to diffract incident light and made of zinc selenide (ZnSe) or zinc sulfide (ZnS), the method comprising: forming the blazed diffraction grating by forming a plurality of grating grooves on a machined surface of a workpiece by machining, characterized in that the ZnSe or ZnS is single crystalline, and wherein the grating grooves are formed so that a surface comprising a plane is among the surfaces that constitute each grating groove, where describes a crystal orientation of the crystalline material. forming the blazed diffraction grating by forming a plurality of grating grooves on a machined surface of a workpiece by machining, characterized in that the ZnSe or ZnS is single crystalline, and wherein the grating grooves are formed so that a surface comprising a plane is among the surfaces that constitute each grating groove, where describes a crystal orientation of the crystalline material.
Fibre-laying machine for producing fibrous non-wovens, comprising a tool table for infeeding a workpiece along an infeed direction (x); a depositing head for applying fibres to the workpiece; and a fibre-supply unit for infeeding a plurality of fibre strands to the depositing head; wherein the plurality of fibre strands on the depositing head are unified so as to form a fibrous web to be applied to the workpiece; wherein the depositing head in a laying direction (y) is movable relative to the fibre-supply unit, wherein a clamping device for releasably clamping the fibre strands is disposed on the depositing head, wherein laying of a portion of the fibrous web on the workpiece takes place once the fibre strands by means of the depositing head have been advanced by an advancing stroke such that no fibres are drawn from the fibre-supply unit while the fibres are being applied to the workpiece.
Measuring arrangement for detecting a magnetic unidirectional flux in the core of a transformer, wherein a sensor, formed from a ferromagnetic sensor core which is enwound by a sensor coil, is arranged in a section of a core limb, said section being predetermined by the winding width, in a cooling channel or in an annular space which is formed by an outer peripheral surface of the core limb and an inner peripheral surface of a transformer winding, in such a manner that a magnetic partial flux is diverted from the core limb and guided over at least one non-ferromagnetic gap, wherein the sensor core has the shape of a prism which extends in a longitudinal direction, wherein the longitudinal direction is oriented in the direction of the limb axis when the sensor is used as intended, characterised in that sensor core and sensor coil are developed together as an insert in a bar-shaped suspension device and that the suspension device has a carrier which is made of a fibrereinforced synthetic material, wherein the carrier has a longitudinally extending shell-like recess for receiving the sensor.
A foil composite material for use as a layer in a card body of a portable data carrier having: - at least one first outer plastic layer, - at least one inner plastic layer, - at least one second outer plastic layer, wherein all the layers (1, 3, 2) jointly form a coextruded composite, characterized in that - the plastic of the at least one first outer layer is a thermoplastic polymer or a mixture of thermoplastic polymers, - the plastic of the at least one inner layer is a mixture of at least one thermoplastic elastomer and at least one thermoplastic polymer, - the plastic of the at least one second outer layer is a thermoplastic polymer or a mixture of thermoplastic polymers wherein the plastic of the first and/or the second outer layer is a PETG, a polycarbonate or a mixture of polycarbonates, or a blend of PETG and polycarbonate, wherein the at least one thermoplastic elastomer of the inner layer is a urethane elastomer based on aromatic esters or aromatic ethers, wherein when the thermoplastic of an adjacent or closest outer layer is a PETG then the thermoplastic elastomer has a Shore D hardness of 35 to 50, and when the thermoplastic is a polycarbonate the elastomer has a Shore D hardness of 40 to 70 or of 50 to 65. - at least one first outer plastic layer, - at least one inner plastic layer, - at least one second outer plastic layer, - the plastic of the at least one first outer layer is a thermoplastic polymer or a mixture of thermoplastic polymers, - the plastic of the at least one inner layer is a mixture of at least one thermoplastic elastomer and at least one thermoplastic polymer, - the plastic of the at least one second outer layer is a thermoplastic polymer or a mixture of thermoplastic polymers
An amino acid sequence having a sequence selected between SEQ ID NO 12 (CsABCC1), SEQ ID NO 14 (CsABCC2) or an amino acid sequence with an identity percentage equal or greater than 85% with SEQ ID NO 12 (CsABCC1) or SEQ ID NO 14 (CsABCC2), wherein said amino acid sequence is a transport protein apt to transport crocins through a lipid membrane.
A chip card substrate with at least one primary rated breaking line extending from a first side of the chip card substrate to a second side of the chip card substrate, possibly interrupted by gaps, and along which at least one chip-card substrate portion can be broken off from the chip card substrate, said chip-card substrate portion comprising at least one chip card (4a, 4b, 4c, 4d) or at least one chip card blank (4a, 4b, 4c, 4d), wherein the first side lies opposite the second side, characterized in that the chip card substrate has at least one secondary bar for handling a chip-card substrate portion detached from the chip card substrate, wherein the secondary bar does not form part of the at least one chip card (4a, 4b, 4c, 4d) or of the at least one chip card blank (4a, 4b, 4c, 4d) and wherein the primary rated breaking line extends through the secondary bar.
A master disc comprising a stack of at least the following in that order: (a) a substrate, (b) an anisotropic heat sink layer showing anisotropy in thermal behavior, (c) a heat absorption layer, (d) a phase transition material layer. (a) a substrate, (b) an anisotropic heat sink layer showing anisotropy in thermal behavior, (c) a heat absorption layer, (d) a phase transition material layer.
A laundry washer and/or dryer comprising a body having a front panel, a cavity provided on the front panel, said cavity being shaped as a recess extending from the front panel into the body, having at least one wall surrounding the volume therein, and a drawer is adapted to be placed in the cavity, having a closed position in which it rests almost completely in the cavity and an open position in which it extends outwards from the cavity, characterized by a spirit level is provided on the wall, enabling determining its inclination with respect to the ground on which it is placed.
A method for manufacturing a direct flow thermal absorber for a solar thermal collector, comprising preparing a substrate with a fluid multichannel structure inside a body of the substrate, equipping the substrate with end tubes of the fluid multichannel structure, characterized by depositing, by a physical vapour deposition, light-absorbing layers (330, 340, 350) on the substrate, wherein the light-absorbing layers are deposited, by a vacuum coating line, on a complete substrate that comprises the substrate and the equipped end tubes.
A first snap roll for a harvesting header comprising a first plurality of outwardly and longitudinally extending straight portions, said straight portions substantially straight relative at least most of their length, characterized in that said straight portions are misaligned with a central axis of rotation of said first snap roll.
Continuously variable transmission device for a two-, three- or four-wheel motorcycle, connectable to a drive shaft, comprising - a drive pulley for a V-belt, equipped with a mobile bushing carrying one of the active surfaces for the V-belt, and a speed controller to obtain a gear shift between low gear and high gear, said speed controller comprising a container, supported by the mobile bushing and provided with a shaped seat, and characterized by a plurality of rollers, both basic rollers and special rollers, housed in the seat, said mobile bushing being slidable axially under the action of basic rollers and special rollers, said special rollers being provided with engagement means; - a gear shift regulation device, comprising a slide axially slidable and suitable to engage the special rollers to hold them during the gear shift; wherein the mobile bushing is suitable to influence the slide to cause its translation from a retracted position to an advanced limit position to engage the special rollers. - a drive pulley for a V-belt, equipped with a mobile bushing carrying one of the active surfaces for the V-belt, and a speed controller to obtain a gear shift between low gear and high gear, said speed controller comprising a container, supported by the mobile bushing and provided with a shaped seat, and characterized by a plurality of rollers, both basic rollers and special rollers, housed in the seat, said mobile bushing being slidable axially under the action of basic rollers and special rollers, said special rollers being provided with engagement means; - a gear shift regulation device, comprising a slide axially slidable and suitable to engage the special rollers to hold them during the gear shift;
Compounds of the formula I in which L 1 denotes F, X denotes O, R 1 denotes an unsubstituted alkyl radical having 1 to 15 C atoms, where, in addition, one or more CH 2 groups in this radical may each be replaced, independently of one another, by -C≡C-, -CH=CH-, -CF=CF-, -CF=CH-, -CH=CF-, - O-, -O -, - - or -O- in such a way that O atoms are not linked directly to one another, and R 2 denotes CF 3 or OCF 3. L 1 denotes F, X denotes O, R 1 denotes an unsubstituted alkyl radical having 1 to 15 C atoms, where, in addition, one or more CH 2 groups in this radical may each be replaced, independently of one another, by -C≡C-, -CH=CH-, -CF=CF-, -CF=CH-, -CH=CF-, - O-, -O -, - - or -O- in such a way that O atoms are not linked directly to one another, R 2 denotes CF 3 or OCF 3.
A method for use in a memory system having a non-volatile memory incorporating a plurality of memory arrays, each array comprising a respective Flash chip within which only a single sector program operation or block erase operation may be performed at any one time, and a controller, the memory system communicating with a host which provides data to or receives data from the memory system, the method comprising: implementing a pipelining sequence for transferring data to and from the non-volatile memory arrays; limiting the number of arrays of the non-volatile memory being accessed at one time to an allowed limit, the arrangement being such that, if the number of arrays being accessed at one time is equal to the allowed limit, the controller waits for at least one of the arrays being accessed to complete its access operation before initiating an access operation of a further array, and transferring data to or from an array for an access operation in response to initiating that access operation on that array; the method being characterised by further comprising the step of programming, by the host, the allowed limit of the number of arrays of the non-volatile memory being accessed at one time. implementing a pipelining sequence for transferring data to and from the non-volatile memory arrays; limiting the number of arrays of the non-volatile memory being accessed at one time to an allowed limit, the arrangement being such that, if the number of arrays being accessed at one time is equal to the allowed limit, the controller waits for at least one of the arrays being accessed to complete its access operation before initiating an access operation of a further array, and transferring data to or from an array for an access operation in response to initiating that access operation on that array; the method being characterised by further comprising the step of programming, by the host, the allowed limit of the number of arrays of the non-volatile memory being accessed at one time.
A turbine section of a gas turbine engine, comprising: multiple outer vane platforms; a multiple of Blade Outer Air Seals adjacent to said multiple of outer vane platforms; a vane support that at least partially supports a multiple of said vane platforms; a Blade Outer Air Seal support that extends from said vane support, wherein said Blade Outer Air Seal support at least partially supports said multiple of Blade Outer Air Seals, wherein the Blade Outer Air Seal support includes a multiple of circumferentially segmented lugs that receive lugs that extend from each of the multiple of Blade Outer Air Seals; a radial wall of said vane support that extends toward an engine axis at least partially between said multiple of vane platforms and said Blade Outer Air Seal support; and a seal mounted to the Blade Outer Air Seal support, the seal extending axially with respect to the engine axis between said multiple of vane platforms and the lugs of said Blade Outer Air seals, said seal extending axially beyond a distal end section of said radial wall to interface with an outer vane platform. multiple outer vane platforms; a multiple of Blade Outer Air Seals adjacent to said multiple of outer vane platforms; a vane support that at least partially supports a multiple of said vane platforms; a Blade Outer Air Seal support that extends from said vane support, wherein said Blade Outer Air Seal support at least partially supports said multiple of Blade Outer Air Seals, wherein the Blade Outer Air Seal support includes a multiple of circumferentially segmented lugs that receive lugs that extend from each of the multiple of Blade Outer Air Seals; a radial wall of said vane support that extends toward an engine axis at least partially between said multiple of vane platforms and said Blade Outer Air Seal support; and a seal mounted to the Blade Outer Air Seal support, the seal extending axially with respect to the engine axis between said multiple of vane platforms and the lugs of said Blade Outer Air seals, said seal extending axially beyond a distal end section of said radial wall to interface with an outer vane platform.
A dissimilar material joint structure that joins together a plurality of anti vibration bars that are inserted among an array of a plurality of heat transfer tubes and retaining bars which are formed from a dissimilar metal material to the anti vibration bars and couples the anti vibration bars together, a portion to be joined to the retaining bar on the anti vibration bar being sandwiched by a plurality of end caps, characterized in that: the plurality of end caps are formed from the same material as the retaining bar, the respective end caps are welded together, and the end caps and the retaining bar are welded together. the plurality of end caps are formed from the same material as the retaining bar, the respective end caps are welded together, and the end caps and the retaining bar are welded together.
A method of removing colour from dyed hair, the method comprising applying to the hair a colour removal composition comprising a sulfur-containing nucleophile or a precursor thereof which is thiourea dioxide, and at least 0.1 wt% urea; wherein the colour removal composition has a pH of from 7.5 to 10.5.
Door/window comprising a plurality of openable leaves and possibly one or more fixed leaves, wherein all the leaves of the door/window, in their closed position, are mutually aligned along a single plane and said openable leaves are slidingly supported on respective lower support elements (Ls) and upper guide elements (Rm, Sm; Sb, St), said elements being movable, transversely to the plane in which lie the leaves of the door/window, between a closing position and an opening position of the openable leaves (Va) of the door/window, wherein said support elements are formed by spherical wheels (Ls) fixed to the openable leaves (Va) and sliding on concave rails (Rt, Rg), characterised in that said door/window further comprises movable lower guide elements and opposed boxes which are parallel to and set at a distance from the bottom side and top side of the leaves, said movable guide elements being mutually independent from said support elements and and consisting of slide pins (Sb, St) housed in said opposed boxes which cooperate with a U-shaped groove formed in the bottom and top side of the openable leaves (Va).
A process for producing a ruthenium-iron-carbon support catalyst comprising from 0.1 to 5% by weight of iron in addition to from 0.1 to 10% by weight of ruthenium on a carbon support by a) introduction of a support into water b) simultaneous addition of the catalytically active components ruthenium and iron in the form of solutions of their metal salts c) coprecipitation of the catalytically active components on the support by addition of a base d) separation of the catalyst from the aqueous phase of the support suspension e) drying of the catalyst f) reduction of the catalyst in a stream of hydrogen at 100 to below 400°C g) deinstallation of the catalyst under relatively nonflammable liquids or passivation of the catalyst by passing a diluted oxygen stream over it or passivation of the catalyst by passing a diluted oxygen stream over it and deinstallation of the catalyst under relatively nonflammable liquids. a) introduction of a support into water b) simultaneous addition of the catalytically active components ruthenium and iron in the form of solutions of their metal salts c) coprecipitation of the catalytically active components on the support by addition of a base d) separation of the catalyst from the aqueous phase of the support suspension e) drying of the catalyst f) reduction of the catalyst in a stream of hydrogen at 100 to below 400°C g) deinstallation of the catalyst under relatively nonflammable liquids or passivation of the catalyst by passing a diluted oxygen stream over it or passivation of the catalyst by passing a diluted oxygen stream over it and deinstallation of the catalyst under relatively nonflammable liquids. passivation of the catalyst by passing a diluted oxygen stream over it or passivation of the catalyst by passing a diluted oxygen stream over it and deinstallation of the catalyst under relatively nonflammable liquids.
A fuel oil composition comprising a fuel oil of animal or vegetable origin and from 0.001 to 5% by weight of an additive comprising, in the weight ratio A:B = 10:1 to 1:10, A) at least one copolymer of ethylene and 8 - 21 mol% of at least one acrylic or vinyl ester having a C 1 -C 18 -alkyl radical and B) at least one comb polymer having a number-average molecular weight M w of from 1000 to 100 000 g/mol, measured by means of GPC against polystyrene, containing at least 80 mol% of structural units having C 8 -C 16 -alkyl radicals, the structural units being selected from C 8 -C 16 -alkyl (meth)acrylates, C 8 -C 16 -alkyl vinyl esters, C 8 -C 16 -alkyl vinyl ethers, C 8 -C 16 -alkyl (meth) acrylamides, C 8 -C 16 -alkyl allyl ethers and C 8 -C 16 -alkyl diketenes, where the sum R R = m 1 ⋅ ∑ i w 1 ⁢ i ⋅ n 1 ⁢ i + m 2 ⋅ ∑ j w 2 ⁢ i ⋅ n 2 ⁢ i +....... + m g ⋅ ∑ p w g ⁢ p ⋅ n g ⁢ p of the molar averages of the carbon chain length distributions in the alkyl radicals of the monomers B) is from 11.0 to 14.0, where m 1, m 2,... m g are the molar fractions of the abovementioned monomers B) in the polymer and the sum of the molar fractions m 1 to mg = 1, w 1i, w 1j..w 2i, w 2j...w gp are the proportions by weight of the individual chain lengths i, j,.... p of the alkyl radicals of the different monomers B) 1 to g, and n 1i, n 1j..n 2i, n 2j...n gp are the chain lengths of the alkyl radicals i, j,.... p of the monomers B) 1 to g. A) at least one copolymer of ethylene and 8 - 21 mol% of at least one acrylic or vinyl ester having a C 1 -C 18 -alkyl radical and B) at least one comb polymer having a number-average molecular weight M w of from 1000 to 100 000 g/mol, measured by means of GPC against polystyrene, containing at least 80 mol% of structural units having C 8 -C 16 -alkyl radicals, the structural units being selected from C 8 -C 16 -alkyl (meth)acrylates, C 8 -C 16 -alkyl vinyl esters, C 8 -C 16 -alkyl vinyl ethers, C 8 -C 16 -alkyl (meth) acrylamides, C 8 -C 16 -alkyl allyl ethers and C 8 -C 16 -alkyl diketenes, where the sum R R = m 1 ⋅ ∑ i w 1 ⁢ i ⋅ n 1 ⁢ i + m 2 ⋅ ∑ j w 2 ⁢ i ⋅ n 2 ⁢ i +....... + m g ⋅ ∑ p w g ⁢ p ⋅ n g ⁢ p of the molar averages of the carbon chain length distributions in the alkyl radicals of the monomers B) is from 11.0 to 14.0, where m 1, m 2,... m g are the molar fractions of the abovementioned monomers B) in the polymer and the sum of the molar fractions m 1 to mg = 1, w 1i, w 1j..w 2i, w 2j...w gp are the proportions by weight of the individual chain lengths i, j,.... p of the alkyl radicals of the different monomers B) 1 to g, and n 1i, n 1j..n 2i, n 2j...n gp are the chain lengths of the alkyl radicals i, j,.... p of the monomers B) 1 to g. m 1, m 2,... m g are the molar fractions of the abovementioned monomers B) in the polymer and the sum of the molar fractions m 1 to mg = 1, w 1i, w 1j..w 2i, w 2j...w gp are the proportions by weight of the individual chain lengths i, j,.... p of the alkyl radicals of the different monomers B) 1 to g, and n 1i, n 1j..n 2i, n 2j...n gp are the chain lengths of the alkyl radicals i, j,.... p of the monomers B) 1 to g.
An intelligent terminal comprising a terminal heat dissipation apparatus and an intelligent terminal body (53,81), wherein the terminal heat dissipation apparatus characterised in that it comprises: at least one flexible heat pipe, wherein two ends of the flexible heat pipe are condensation ends, the middle of the flexible heat pipe is an evaporation end, each condensation end comprises one or more heat pipe rigid parts and one or more heat pipe flexible parts, the one or more heat pipe rigid parts and the one or more heat pipe flexible parts of the condensation end are arranged alternately, the evaporation end comprises at least one heat pipe rigid part, and the intelligent terminal body (53,81) is mounted on the evaporation end.