mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling access to a cellular network, the method comprising: an access node of the cellular network sending a first access information table, AIT1, in a broadcast transmission to a plurality of communication devices, the first access information table, AIT1, comprising a first group of entries, each entry of the first group of entries indicating one or more parameters for controlling access of the communication devices to the cellular network and being mapped to an identifier from a first group of identifiers; and the access node sending a second access information table, AIT2, in a unicast transmission to one communication device from the plurality of communication devices, the second access information table, AIT2, comprising a second group of entries, each entry of the second group of entries indicating one or more parameters for controlling access of the one communication device to the cellular network and being mapped to an identifier from a second group of identifiers, wherein the second access information table, AIT2, is replaced or updated by the cellular network, when a newly transmitted first access information table does not comply with the second access information table, AIT2. an access node of the cellular network sending a first access information table, AIT1, in a broadcast transmission to a plurality of communication devices, the first access information table, AIT1, comprising a first group of entries, each entry of the first group of entries indicating one or more parameters for controlling access of the communication devices to the cellular network and being mapped to an identifier from a first group of identifiers; and the access node sending a second access information table, AIT2, in a unicast transmission to one communication device from the plurality of communication devices, the second access information table, AIT2, comprising a second group of entries, each entry of the second group of entries indicating one or more parameters for controlling access of the one communication device to the cellular network and being mapped to an identifier from a second group of identifiers, wherein the second access information table, AIT2, is replaced or updated by the cellular network, when a newly transmitted first access information table does not comply with the second access information table, AIT2.
A loudspeaker assembly, comprising: an acoustic waveguide (12B,12D); an acoustic driver mounted to the waveguide so that a first surface of the acoustic driver radiates sound waves into the waveguide so that the sound waves are radiated from the waveguide, and a second surface of the acoustic driver radiates sound waves directly to the environment; and an acoustic volume, acoustically coupled to the acoustic waveguide through an opening, which operates to increase the amplitude of the sound waves radiated from the acoustic waveguide at a wavelength equal to the physical length plus end effect corrections of the acoustic waveguide (12B, 12D) to a level greater than the amplitude of the sound waves radiated by the second surface of the acoustic driver, characterised in that dimensions of the opening and of the acoustic volume are selected so that a Helmholtz resonance frequency is at a frequency that is outside an operating frequency range of the waveguide. an acoustic waveguide (12B,12D); an acoustic driver mounted to the waveguide so that a first surface of the acoustic driver radiates sound waves into the waveguide so that the sound waves are radiated from the waveguide, and a second surface of the acoustic driver radiates sound waves directly to the environment; and an acoustic volume, acoustically coupled to the acoustic waveguide through an opening, which operates to increase the amplitude of the sound waves radiated from the acoustic waveguide at a wavelength equal to the physical length plus end effect corrections of the acoustic waveguide (12B, 12D) to a level greater than the amplitude of the sound waves radiated by the second surface of the acoustic driver, characterised in that dimensions of the opening and of the acoustic volume are selected so that a Helmholtz resonance frequency is at a frequency that is outside an operating frequency range of the waveguide.
A vehicle with an emergency egress system, comprising: a rope compartment, wherein the rope compartment is located on or near a vertical plane along a longitudinal axis of the vehicle, within reach of one or more occupant seats of a plurality of occupant seats; a rope, wherein at least a portion of the rope is stored within the rope compartment and is securely tethered to the vehicle; and a rope compartment cover to secure the rope in the rope compartment; characterised in that the rope comprises a fluorescent material and the rope compartment comprises a light source that is installed within the rope compartment that charges the fluorescent material within the rope. a rope compartment, wherein the rope compartment is located on or near a vertical plane along a longitudinal axis of the vehicle, within reach of one or more occupant seats of a plurality of occupant seats; a rope, wherein at least a portion of the rope is stored within the rope compartment and is securely tethered to the vehicle; and a rope compartment cover to secure the rope in the rope compartment; characterised in that the rope comprises a fluorescent material and the rope compartment comprises a light source that is installed within the rope compartment that charges the fluorescent material within the rope.
A method for synthesis of halide salts of the general formula: Z n+ X - n Formula I wherein: X - represents a halogen anion, and Z n+ represents a cation having a valency n, the method comprising reacting a first reactant being formate salt of the general formula: Z n+ (COOH -) n Formula II with a second reactant being a diatom halogen: X 2. X - represents a halogen anion, and Z n+ represents a cation having a valency n,
A method for providing a planned path for a machine for digging a drainage channel, the method comprising: collecting terrain data within a work area, the terrain data comprising elevation data and corresponding location data; characterised by the steps of: defining a planned path for a drainage channel, the planned path comprising a starting point with first coordinates and a termination point with second coordinates within the work area, the drainage channel to extend from the starting point to the termination point such that the starting point has a higher elevation than the termination point; establishing constraint data comprising a minimum cut parameter, a maximum cut parameter, a minimum slope parameter and a maximum slope parameter; and determining a validated path for the drainage channel based on compliance with the constraint data. collecting terrain data within a work area, the terrain data comprising elevation data and corresponding location data; characterised by the steps of: defining a planned path for a drainage channel, the planned path comprising a starting point with first coordinates and a termination point with second coordinates within the work area, the drainage channel to extend from the starting point to the termination point such that the starting point has a higher elevation than the termination point; establishing constraint data comprising a minimum cut parameter, a maximum cut parameter, a minimum slope parameter and a maximum slope parameter; and determining a validated path for the drainage channel based on compliance with the constraint data. defining a planned path for a drainage channel, the planned path comprising a starting point with first coordinates and a termination point with second coordinates within the work area, the drainage channel to extend from the starting point to the termination point such that the starting point has a higher elevation than the termination point; establishing constraint data comprising a minimum cut parameter, a maximum cut parameter, a minimum slope parameter and a maximum slope parameter; and determining a validated path for the drainage channel based on compliance with the constraint data.
Apparatus for producing a sausage string from a foodstuff material with a substantially cylindrical outside contour, in particular from sausagemeat, comprising a stationary housing which has a wall and which can be connected in fluid-conducting relationship to a conveyor pump, and has a discharge opening for delivery of the foodstuff material, wherein arranged within the housing is an element for partially swirling the foodstuff material within the housing, which is rotatable relative to the wall, and wherein the rotatable element ends within the housing before the discharge opening for delivery of the foodstuff material, wherein the rotatable element is a feed tube, through which in operation at least a partial amount of the foodstuff material flows, and the feed tube within the stationary housing is of a substantially constant flow cross-section for delivery a sausage string with a substantially cylindrical outside contour. wherein arranged within the housing is an element for partially swirling the foodstuff material within the housing, which is rotatable relative to the wall, and wherein the rotatable element ends within the housing before the discharge opening for delivery of the foodstuff material, wherein the rotatable element is a feed tube, through which in operation at least a partial amount of the foodstuff material flows, and the feed tube within the stationary housing is of a substantially constant flow cross-section for delivery a sausage string with a substantially cylindrical outside contour.
A blanking unit for manufacturing semi-finished products sheared from a sheet comprising a shearing machine defining a vertical shearing axis and a handling group of said sheet to advance it in a first feeding direction and displace it in a second direction transversal to the first direction to define a sequence of shearing positions (p101, p102, p103, p104, p105), wherein said handling group comprises a step advancement mechanism of said sheet in said first direction, controlled by a cam and a mechanical cam control (33, 34, 35) for handling said sheet in said second direction, characterized in that said step advancement mechanism is configured to act on an end edge of said sheet.
A fan blade of a turbomachine comprising a composite material structure comprising a foot configured to be inserted in a cavity of a fan disc, a vane adapted to extend in an air flow and a stilt extending between the foot and the vane; wherein the composite material structure has a pressure face, a suction face and a total thickness at the stilt, the total thickness being measured between the pressure face and the suction face in the stilt portion in a plane normal to a stacking axis of the blade; wherein the composite material structure is obtained by three-dimensional weaving of weft strands and warp strands the fan blade being characterised in that the composite material structure has, within the root and/or the stilt, a first layer comprising the pressure face and having a first thickness of between 10% and 25% of the total thickness, a second layer comprising the suction face and having a second thickness of between 10% and 25% of the total thickness, and a central layer extending between the first layer and the second layer, and in that an entanglement of the warp strands in the first and second layers (11, 12) is greater than an entanglement of the warp strands in the central layer. wherein the composite material structure has a pressure face, a suction face and a total thickness at the stilt, the total thickness being measured between the pressure face and the suction face in the stilt portion in a plane normal to a stacking axis of the blade; wherein the composite material structure is obtained by three-dimensional weaving of weft strands and warp strands
A method of measuring a workpiece using a contact detector, comprising: moving the contact detector relatively towards a workpiece; measuring at a plurality of times a characteristic of the contact detector that changes as the contact detector contacts the workpiece; extrapolating, from the characteristic measured the plurality of times and using a processor of a computer, a projected time when the characteristic of the contact detector will meet a predetermined threshold; setting a trigger to measure coordinates of the workpiece at the projected time, and triggering a measurement of coordinates of the workpiece at the projected time based on the set trigger. moving the contact detector relatively towards a workpiece; measuring at a plurality of times a characteristic of the contact detector that changes as the contact detector contacts the workpiece; extrapolating, from the characteristic measured the plurality of times and using a processor of a computer, a projected time when the characteristic of the contact detector will meet a predetermined threshold; setting a trigger to measure coordinates of the workpiece at the projected time, and triggering a measurement of coordinates of the workpiece at the projected time based on the set trigger.
A composition, comprising: a fuel; and a poly-oxygenated aluminum hydroxide material comprising a clathrate containing oxygen gas molecules disposed in the fuel; wherein the fuel is a liquid fuel and wherein the poly-oxygenated aluminum hydroxide material is solubilized in the fuel. a fuel; and a poly-oxygenated aluminum hydroxide material comprising a clathrate containing oxygen gas molecules disposed in the fuel; wherein the fuel is a liquid fuel and wherein the poly-oxygenated aluminum hydroxide material is solubilized in the fuel.
A thin-film photovoltaic device comprising a flexible substrate and an absorber layer, wherein said absorber layer is made of an ABC chalcogenide material, including ABC chalcogenide material quaternary, pentanary, or multinary variations, wherein A represents elements in group 11 of the periodic table of chemical elements as defined by the International Union of Pure and Applied Chemistry including Cu and Ag, B represents elements in group 13 of the periodic table including In, Ga and Al, and C represents elements in group 16 of the periodic table including S, Se and Te, wherein said ABC chalcogenide material comprises In and Ga elements, characterized in that a compositional analysis of Ga / (Ga + In) ratio data across the thickness of said absorber layer, smoothed using a LOESS method with a smoothing parameter of 0.7, forms a Ga / (Ga + In) ratio curve in which, starting from a light-exposed side of said absorber layer, said Ga / (Ga + In) ratio curve comprises at least two regions (501, 502) comprising: a. a front grading region of decreasing Ga / (Ga + In) ratio where a light-exposed side of said front grading region has a Ga / (Ga + In) value that is less than 0.5 and where the difference between the maximum value and minimum value of the Ga / (Ga + In) value in said front grading region is less than 0.25 and greater than 0.1; b. a back grading region, in contact with to said front grading region and located between said front grading region and the back side of the absorber layer opposite the light-exposed side, of overall increasing Ga / (Ga + In) ratio where: i. over the light-exposed half side of said back grading region the value of Ga / (Ga + In) increases by less than 0.20. a. a front grading region of decreasing Ga / (Ga + In) ratio where a light-exposed side of said front grading region has a Ga / (Ga + In) value that is less than 0.5 and where the difference between the maximum value and minimum value of the Ga / (Ga + In) value in said front grading region is less than 0.25 and greater than 0.1; b. a back grading region, in contact with to said front grading region and located between said front grading region and the back side of the absorber layer opposite the light-exposed side, of overall increasing Ga / (Ga + In) ratio where: i. over the light-exposed half side of said back grading region the value of Ga / (Ga + In) increases by less than 0.20. i. over the light-exposed half side of said back grading region the value of Ga / (Ga + In) increases by less than 0.20.
A wipes warmer for storing and dispensing a plurality of wipes, the wipes warmer comprises: a housing having at least one side wall, a bottom, and an inside compartment, wherein the inside compartment is configured to hold the plurality of wipes; a first lid pivotably attached to the housing; a dispensing opening disposed below the first lid, wherein the dispensing opening is configured to allow a wipe to pass therethrough; a second lid sealingly attached to the inside compartment, wherein the dispensing opening is disposed on the second lid; a tank disposed within the housing configured to contain an amount of liquid, and wherein the tank is disposed in at least one of a) said at least one side wall, and b) said bottom of the housing; and a heater coupled to the housing, characterized in that the dispensing opening allows passage of only one single wipe therethrough at a time; the inside compartment is sufficiently sealed during dispensing of a wipe such that moisture cannot escape from the inside compartment except through the dispensing opening; and a vent is disposed on the housing configured to allow venting of moist air from the tank into the inside compartment. a housing having at least one side wall, a bottom, and an inside compartment, wherein the inside compartment is configured to hold the plurality of wipes; a first lid pivotably attached to the housing; a dispensing opening disposed below the first lid, wherein the dispensing opening is configured to allow a wipe to pass therethrough; a second lid sealingly attached to the inside compartment, wherein the dispensing opening is disposed on the second lid; a tank disposed within the housing configured to contain an amount of liquid, and wherein the tank is disposed in at least one of a) said at least one side wall, and b) said bottom of the housing; and a heater coupled to the housing, characterized in that the dispensing opening allows passage of only one single wipe therethrough at a time; the inside compartment is sufficiently sealed during dispensing of a wipe such that moisture cannot escape from the inside compartment except through the dispensing opening; and a vent is disposed on the housing configured to allow venting of moist air from the tank into the inside compartment.
Exhaust-gas sensor unit for measuring a concentration of a gas of at least a part of an exhaust-gas stream, wherein the exhaust-gas sensor unit has the following features: an exhaust-gas sensor housing having an inlet opening which is designed for being connected in fluid-tight fashion to a exhaust-gas line, and having an outlet opening which is designed for being connected to a region outside the exhaust-gas line; and an exhaust-gas sensor which is arranged in the exhaust-gas sensor housing and which is designed for measuring the concentration of the gas from the at least one part of the exhaust-gas stream, characterized in that the exhaust-gas sensor housing is designed such that a fluid passes a functional catalyst before emerging from the outlet opening. an exhaust-gas sensor housing having an inlet opening which is designed for being connected in fluid-tight fashion to a exhaust-gas line, and having an outlet opening which is designed for being connected to a region outside the exhaust-gas line; and an exhaust-gas sensor which is arranged in the exhaust-gas sensor housing and which is designed for measuring the concentration of the gas from the at least one part of the exhaust-gas stream, characterized in that the exhaust-gas sensor housing is designed such that a fluid passes a functional catalyst before emerging from the outlet opening.
A compound for use in a method for treating obesity in a subject in need thereof, said method comprising administering to the subject a therapeutically effective amount of the compound, which is compound of Formula: or a pharmaceutically acceptable salt or ester thereof; wherein R is a member selected from the group consisting of alkyl of 1 to 8 carbon atoms, halogen, alkoxy of 1 to 3 carbon atoms, nitro, hydroxy, trifluoromethyl, and thioalkoxy of 1 to 3 carbon atoms; x is an integer of 0 to 3, with the proviso that R may be the same or different when x is 2 or 3; R 1 and R 2 are independently selected from the group consisting of hydrogen, alkyl of 1 to 8 carbon atoms, arylalkyl, cycloalkyl of 3 to 7 carbon atoms; or R 1 and R 2 can be joined to form a 5 to 7-membered heterocycle that is unsubstituted or substituted with one or more alkyl or aryl groups, wherein the heterocycle comprises 1 to 2 nitrogen atoms and 0 to 1 oxygen atom, wherein the nitrogen atoms are not directly connected with each other or with the oxygen atom. wherein R is a member selected from the group consisting of alkyl of 1 to 8 carbon atoms, halogen, alkoxy of 1 to 3 carbon atoms, nitro, hydroxy, trifluoromethyl, and thioalkoxy of 1 to 3 carbon atoms; x is an integer of 0 to 3, with the proviso that R may be the same or different when x is 2 or 3; R 1 and R 2 are independently selected from the group consisting of hydrogen, alkyl of 1 to 8 carbon atoms, arylalkyl, cycloalkyl of 3 to 7 carbon atoms; or R 1 and R 2 can be joined to form a 5 to 7-membered heterocycle that is unsubstituted or substituted with one or more alkyl or aryl groups, wherein the heterocycle comprises 1 to 2 nitrogen atoms and 0 to 1 oxygen atom, wherein the nitrogen atoms are not directly connected with each other or with the oxygen atom.
Structure comprising a dome or igloo shaped base body vertically segmented into modules, wherein the modules are inserted into a connecting ring via their body end and held together rat their upper end my a dome end cap, characterized in that the dome end cap comprises receiving compartments (31, 32 for receiving the upper ends of the modules) in an interlocking and/or force-fitting manner.