mhurhangee/ep-ind-claims huggingface dataset:
A method of enforcing a policy on a client device (110, 112), comprising: receiving, in a client device (110, 112), a policy definition from a network, wherein the policy definition is a generic definition that is applicable to disparate device types having different hardware and software platforms; evaluating the received policy definition in a client policy engine (130, 210) located on the client device (110, 112) by comparing the policy definition to use or functionality available on the client device (110, 112), wherein the evaluating includes determining a mode in which a user is using the client device, wherein the mode can be switched between a work mode and a play mode; and enforcing the policy by modifying the functionality available on the client device (110, 112) based on the evaluation, including the mode, wherein the client policy engine (130, 210) adapts the generic policy definition to a specific platform on the client device (110, 112). receiving, in a client device (110, 112), a policy definition from a network, wherein the policy definition is a generic definition that is applicable to disparate device types having different hardware and software platforms; evaluating the received policy definition in a client policy engine (130, 210) located on the client device (110, 112) by comparing the policy definition to use or functionality available on the client device (110, 112), wherein the evaluating includes determining a mode in which a user is using the client device, wherein the mode can be switched between a work mode and a play mode; and enforcing the policy by modifying the functionality available on the client device (110, 112) based on the evaluation, including the mode, wherein the client policy engine (130, 210) adapts the generic policy definition to a specific platform on the client device (110, 112).
An antenna, comprising a feed contact, a first antenna branch, a second antenna branch and a third antenna branch, wherein the first antenna branch, the second antenna branch and the third antenna branch are respectively electrically connected with the feed contact, forming electromagnetic coupling effect therebetween; the first antenna branch has a first length for sending and receiving signals in a first frequency band; the second antenna branch has a second length for sending and receiving signals in a second frequency band; the third antenna branch has a third length for sending and receiving signals in a third frequency band; the first antenna branch, the second antenna branch and the third antenna branch are integrally formed in an L-shape; the first antenna branch is a first side of the L-shape, the second antenna branch is a second side of the L-shape, and the third antenna branch is disposed at a corner of the L-shape formed by the first antenna branch and the second antenna branch; wherein the antenna further includes a first grounding point and a second grounding point; the first antenna branch is grounded through the first grounding point; the second antenna branch is grounded through the second grounding point; and the third antenna branch is grounded through the first grounding point; the first frequency band signal served by the first antenna branch is a Wi-Fi 2.4 GHz frequency band signal, the second frequency band signal served by the second antenna branch is an N78 frequency band signal, and the third frequency band signal served by the third antenna branch is a Wi-Fi 5 GHz frequency band signal the first antenna branch, the second antenna branch and the third antenna branch are respectively electrically connected with the feed contact, forming electromagnetic coupling effect therebetween; the first antenna branch has a first length for sending and receiving signals in a first frequency band; the second antenna branch has a second length for sending and receiving signals in a second frequency band; the third antenna branch has a third length for sending and receiving signals in a third frequency band; the first antenna branch, the second antenna branch and the third antenna branch are integrally formed in an L-shape; the first antenna branch is a first side of the L-shape, the second antenna branch is a second side of the L-shape, and the third antenna branch is disposed at a corner of the L-shape formed by the first antenna branch and the second antenna branch; wherein the antenna further includes a first grounding point and a second grounding point; the first antenna branch is grounded through the first grounding point; the second antenna branch is grounded through the second grounding point; and the third antenna branch is grounded through the first grounding point; the first frequency band signal served by the first antenna branch is a Wi-Fi 2.4 GHz frequency band signal, the second frequency band signal served by the second antenna branch is an N78 frequency band signal, and the third frequency band signal served by the third antenna branch is a Wi-Fi 5 GHz frequency band signal
A catalyst blend for single stage catalytic fast pyrolysis of a feedstock containing oxygen-containing polymers comprising: a) at least one zeolite cracking catalyst, wherein the zeolite cracking catalyst is a mixture of at least one large pore zeolite comprising 12-membered rings and at least one small or intemediate pore zeolite comprising 8-10 membered rings in the ratio of 5:1 to 1:5, the zeolites being selected from the group consisting of FAU, CHA, MOR framework types, ACO, AEI, AEN, AFN, AFT, AFX, ANA, APC, APD, ATT, CDO, DDR, DFT, EAB, EDI, EPI, ERI, GIS, GOO, IHW, ITE, ITW, LEV, KFI, MER, MON, NSI, OWE, PAU, PHI, RHO, TH, SAT, SAV, SIV, THO, TSC, UEI, UFI, VNI, YUG, ZON, MFI, LTA, BEA framework types, ZSM-5, ferrierite, zeolite Y, zeolite beta, mordenite, MCM-22, ZSM-23, ZSM-57, SUZ-4, EU-1, ZSM-11, AlPO-31, SSZ-23, SAPO, AlPO, and MeAlPO and b) a heterogeneous transition metal water-gas shift catalyst comprising platinum (Pt) oxide and rhenium (Re) oxide on a Mo-promoted Al 2 O 3 support; wherein the catalyst blend comprises, based on the total weight of the catalyst blend, 50-80 wt% of the zeolite cracking catalyst and 7-20 wt% of the heterogeneous transition metal water-gas shift catalyst. a) at least one zeolite cracking catalyst, wherein the zeolite cracking catalyst is a mixture of at least one large pore zeolite comprising 12-membered rings and at least one small or intemediate pore zeolite comprising 8-10 membered rings in the ratio of 5:1 to 1:5, the zeolites being selected from the group consisting of FAU, CHA, MOR framework types, ACO, AEI, AEN, AFN, AFT, AFX, ANA, APC, APD, ATT, CDO, DDR, DFT, EAB, EDI, EPI, ERI, GIS, GOO, IHW, ITE, ITW, LEV, KFI, MER, MON, NSI, OWE, PAU, PHI, RHO, TH, SAT, SAV, SIV, THO, TSC, UEI, UFI, VNI, YUG, ZON, MFI, LTA, BEA framework types, ZSM-5, ferrierite, zeolite Y, zeolite beta, mordenite, MCM-22, ZSM-23, ZSM-57, SUZ-4, EU-1, ZSM-11, AlPO-31, SSZ-23, SAPO, AlPO, and MeAlPO and b) a heterogeneous transition metal water-gas shift catalyst comprising platinum (Pt) oxide and rhenium (Re) oxide on a Mo-promoted Al 2 O 3 support;
A method for preventing and controlling Fusarium head blight caused by Fusarium asiaticum in wheat leading to decrease the DON contamination level of grains, wherein the DON content is reduced by 85 percent or above and the DON contamination level is controlled at a safe level not higher than 1 mg of DON/kg of grains characterised in that the method consists of spraying a pesticide composition comprising jinggangmycin and metconazole from the initial stage of wheat blooming to the filling stage by applying 1 g to 150 g of jinggangmycin and 2 g to 20 g of metconazole per mu.
A tuner system for conducting measurements on a Device Under Test, comprising: at least one passive tuner (54, 56) including a tuner transmission line and at least one capacitive probe which is movable axially along the tuner transmission line; a digital memory storing calibration data for the at least one passive tuner comprising a set of s-parameters at a set of calibration frequencies, a controller configured to control the tuner system to: do a measurement on the DUT at a measurement frequency at which the said at least one passive tuner is not calibrated; determine the tuner s-parameters at said measurement frequency by interpolation between or extrapolation from the s-parameters at said calibration frequencies, and determine calibration data at the measurement frequency by model-based interpolation or extrapolation, characterized in that said model-based interpolation or extrapolation employs a capacitance model of a tuner or said model-based interpolation or extrapolation employs a transmission line model of a tuner. at least one passive tuner (54, 56) including a tuner transmission line and at least one capacitive probe which is movable axially along the tuner transmission line; a digital memory storing calibration data for the at least one passive tuner comprising a set of s-parameters at a set of calibration frequencies, a controller configured to control the tuner system to: do a measurement on the DUT at a measurement frequency at which the said at least one passive tuner is not calibrated; determine the tuner s-parameters at said measurement frequency by interpolation between or extrapolation from the s-parameters at said calibration frequencies, and determine calibration data at the measurement frequency by model-based interpolation or extrapolation, characterized in that said model-based interpolation or extrapolation employs a capacitance model of a tuner or said model-based interpolation or extrapolation employs a transmission line model of a tuner. do a measurement on the DUT at a measurement frequency at which the said at least one passive tuner is not calibrated; determine the tuner s-parameters at said measurement frequency by interpolation between or extrapolation from the s-parameters at said calibration frequencies, and determine calibration data at the measurement frequency by model-based interpolation or extrapolation, characterized in that said model-based interpolation or extrapolation employs a capacitance model of a tuner or said model-based interpolation or extrapolation employs a transmission line model of a tuner.
A pallet container for storing and for transporting liquid or free-flowing filling materials having a thin-walled rigid internal container from a thermoplastic plastics material, having a tubular lattice frame, as a supporting jacket tightly enclosing the plastics-material internal container, from welded-together horizontal and vertical tubular bars (18, 20), and having a rectangular base pallet on which the plastics-material internal container bears and to which the tubular lattice frame is fixedly connected, wherein the cuboid plastics-material internal container has two longer side walls, a shorter rear wall, a shorter front wall, an upper base having a closable filling connector and a container base, wherein on the base side, in the center of the front wall, a lower removal region having a protective-housing-shaped molding, directed inward toward the inside of the plastics-material internal container, for disposing a closable removal fitting in a protected recessed manner is provided, and wherein a likewise cuboidal flexible inliner from a plastics-material film is inserted in the rigid plastics-material internal container, said inliner at the top being connected to the filling connector and at the bottom being connected to the removal connector having the removal fitting of the rigid plastics-material internal container, characterized in that the cuboid-shaped flexible inliner in the lower removal region has a corresponding wall recess, directed inward and adapted to the protective-housing-shaped molding of the rigid plastics-material container, having two lateral wall parts, an upper wall part, and a rearward wall part having a flexible removal connector molded thereon, which is configured so as to bear completely in an exact fit on the internal surface of the molding that protrudes in a protective-housing manner into the interior of the rigid plastics-material container.
A device for delivering an agent to the eye, comprising: an elongate element adapted for at least partial placement in a suprachoroidal space of the eye, characterised by: the elongate element having a flange (2930, 2960) located at a proximal end and further having a distal end, wherein in use the flange (2930, 2960) of the proximal end is positioned at a scleral spur of the eye and the distal end extends to a location within a posterior segment of the eye, the elongate element adapted to deliver a drug into the eye; a drop bottle adapted to deliver a drop of a drug onto the surface of a cornea of the eye such that tear film directs the drug into the anterior chamber and the drug then flows into the elongate element, which guides the drug into the suprachoroidal space. an elongate element adapted for at least partial placement in a suprachoroidal space of the eye, characterised by: the elongate element having a flange (2930, 2960) located at a proximal end and further having a distal end, wherein in use the flange (2930, 2960) of the proximal end is positioned at a scleral spur of the eye and the distal end extends to a location within a posterior segment of the eye, the elongate element adapted to deliver a drug into the eye; a drop bottle adapted to deliver a drop of a drug onto the surface of a cornea of the eye such that tear film directs the drug into the anterior chamber and the drug then flows into the elongate element, which guides the drug into the suprachoroidal space. the elongate element having a flange (2930, 2960) located at a proximal end and further having a distal end, wherein in use the flange (2930, 2960) of the proximal end is positioned at a scleral spur of the eye and the distal end extends to a location within a posterior segment of the eye, the elongate element adapted to deliver a drug into the eye; a drop bottle adapted to deliver a drop of a drug onto the surface of a cornea of the eye such that tear film directs the drug into the anterior chamber and the drug then flows into the elongate element, which guides the drug into the suprachoroidal space.
Electrical power generation system for an aircraft, the system including a gas turbine having a high-pressure shaft and producing a gas flow to actuate a free turbine, first conversion means (32A, 32B), a primary power supply network of the aircraft, a secondary power supply network of the aircraft and a management unit, characterized in that it further includes a polyphase permanent magnet generator (PMG 12) coupled to the gas turbine and able to deliver a first alternating voltage for supplying through the first conversion means (32A, 32B) the primary power supply network of the aircraft, the free turbine and the permanent magnet generator being mounted on the same drive shaft concentric with the high-pressure shaft of the gas turbine, a starter mounted on the high-pressure shaft able to ensure the starting of the gas turbine, the starter being a permanent magnet starter/generator (PMS/G 28) able to deliver a second alternating voltage for supplying the secondary power supply network of the aircraft and auxiliary equipment of the gas turbine, and said first conversion means include two first AC/DC converters (32A, 32B) controlled from a management unit. characterized in that it further includes a polyphase permanent magnet generator (PMG 12) coupled to the gas turbine and able to deliver a first alternating voltage for supplying through the first conversion means (32A, 32B) the primary power supply network of the aircraft, the free turbine and the permanent magnet generator being mounted on the same drive shaft concentric with the high-pressure shaft of the gas turbine, a starter mounted on the high-pressure shaft able to ensure the starting of the gas turbine, the starter being a permanent magnet starter/generator (PMS/G 28) able to deliver a second alternating voltage for supplying the secondary power supply network of the aircraft and auxiliary equipment of the gas turbine, and said first conversion means include two first AC/DC converters (32A, 32B) controlled from a management unit.
Electrical circuit having electrical contacts, in particular for producing chip card modules, comprising: - a dielectric substrate with a sheet of electrically conductive material lying on the dielectric substrate, - at least one layer of electrically conductive material lying directly or indirectly on the sheet of electrically conductive material, this layer of electrically conductive material forming a surface layer covering at least one region of the surface of at least one conductor track, this conductor track being formed in the sheet of electrically conductive material and being configured to form the electrical contacts, characterised in that the surface layer comprises a compound of the type X p O q N r C s with X included in the list consisting of Hf, Ta, Zr, Nb, Mo, Cr, V, Ti and Sc, and where p and q are strictly positive and r and s are numbers, at least one of which is greater than or equal to zero. - a dielectric substrate with a sheet of electrically conductive material lying on the dielectric substrate, - at least one layer of electrically conductive material lying directly or indirectly on the sheet of electrically conductive material, this layer of electrically conductive material forming a surface layer covering at least one region of the surface of at least one conductor track, this conductor track being formed in the sheet of electrically conductive material and being configured to form the electrical contacts,
An elevator shaft wall with a wall fastening arrangement for fastening an elevator component, particularly an elevator component designed as a guide rail, to the elevator shaft wall, the wall fastening arrangement having: a first concrete area of the elevator shaft wall reinforced with reinforcements; a second concrete area of the elevator shaft wall, which covers the first concrete area and is not reinforced with reinforcements, with a surface which is exposed towards an environment; an elongated profile oriented in the vertical direction; characterized in that the profile is a C-shaped profile in cross-section, wherein the profile is embedded exclusively in the second concrete area, wherein the C-shaped profile extends vertically in the elevator shaft wall along substantially the totality of the height of the elevator shaft. a first concrete area of the elevator shaft wall reinforced with reinforcements; a second concrete area of the elevator shaft wall, which covers the first concrete area and is not reinforced with reinforcements, with a surface which is exposed towards an environment; an elongated profile oriented in the vertical direction; characterized in that the profile is a C-shaped profile in cross-section, wherein the profile is embedded exclusively in the second concrete area, wherein the C-shaped profile extends vertically in the elevator shaft wall along substantially the totality of the height of the elevator shaft.
An X-ray imaging system for medical imaging, comprising: a column; an upper shelf coupled to the column; a rotating part rotatably coupled to the upper shelf and having a rotation axis with respect to the upper shelf, the rotating part including a first X-ray source, a laser, and an X-ray imaging detector, the first X-ray source and the X-ray imaging detector configured to provide an image by means of at least a rotational movement of the rotating part; a Cephalometric patient support configured to support a patient to be imaged, attached to the column by a first arm, and including a pair of adjustable ear rods, wherein each of the ear rods has an ear bud (268A, 268B); wherein the laser is configured to generate and project a laser beam to a fixed location on the X-ray imaging detector, and wherein the Cephalometric patient support is adjustable to align the ear buds with the laser beam, characterised in that the fixed location is defined by alignment markings on the X-ray imaging detector, where the plane of the alignment markings corresponds to a Frankfurt plane of the patient when supported by the patient support. a column; an upper shelf coupled to the column; a rotating part rotatably coupled to the upper shelf and having a rotation axis with respect to the upper shelf, the rotating part including a first X-ray source, a laser, and an X-ray imaging detector, the first X-ray source and the X-ray imaging detector configured to provide an image by means of at least a rotational movement of the rotating part; a Cephalometric patient support configured to support a patient to be imaged, attached to the column by a first arm, and including a pair of adjustable ear rods, wherein each of the ear rods has an ear bud (268A, 268B); wherein the laser is configured to generate and project a laser beam to a fixed location on the X-ray imaging detector, and wherein the Cephalometric patient support is adjustable to align the ear buds with the laser beam,
A fracture-separated engine component for an internal combustion engine, wherein: the engine component has two fracture surfaces extending along a fracture plane, the two fracture surfaces having hardened peripheral areas and unhardened core sections; characterised in that the engine component is case-hardened by nitriding and has a nitriding hardness depth of 0.4 to 0.7 mm; and no point of the unhardened core sections located in the fracture plane is located at a distance of more than 1.1 mm from the nearest hardened peripheral area. the engine component has two fracture surfaces extending along a fracture plane, the two fracture surfaces having hardened peripheral areas and unhardened core sections; characterised in that the engine component is case-hardened by nitriding and has a nitriding hardness depth of 0.4 to 0.7 mm; and no point of the unhardened core sections located in the fracture plane is located at a distance of more than 1.1 mm from the nearest hardened peripheral area.
Method for treating water from the oil and gas industries, especially production water from oil and/or gas fields, with a view to its re-utilization, comprising a step for filtering said water on reverse osmosis membranes characterized in that it comprises a step of adsorption of the organic matter contained in said water, said step of adsorption being planned upstream to said step of filtration and being implemented on at least one adsorbent resin chosen from the group constituted by the non-ionic cross-linked resins and the microporous carbon resins.
A final primer mixture for use in reduced-energy ammunition comprising a primer composition, said primer composition comprising: a) a percussion initiated, shock-sensitive primary explosive, b) a combustible metallic fuel, c) an oxidizer, wherein bismuth oxide is the oxidizer; d) a secondary explosive; e) an explosive sensitizer; and f) a frictionator, whereby a small amount of a further double based propellant composition is mixed with the primer composition to complete the final primer mixture, characterized in that the primary explosive is present in an amount of from about 20 to about 25% by weight; the secondary explosive is present in an amount of from 6.5 to about 10% by weight; the propellant is present in an amount of from about 10 to 20% by weight; the oxidizer is present in an amount of from about 25 to 40% by weight; the metallic fuel is present in an amount of from about 5 to 15% by weight; the sensitizer is present in an amount of from about 2.5 to 5% by weight; and the frictionator is present in an amount of from about 9 to 11 % by weight, such percentages being based on the total weight of the primary explosive, the secondary explosive, the propellant, the oxidizer, the metallic fuel, the sensitizer and the fractionator, and wherein the double base propellant comprises nitrocellulose and nitroglycerin. a) a percussion initiated, shock-sensitive primary explosive, b) a combustible metallic fuel, c) an oxidizer, wherein bismuth oxide is the oxidizer; d) a secondary explosive; e) an explosive sensitizer; and f) a frictionator,