mhurhangee/ep-ind-claims huggingface dataset:
A method for routing information in a network having a plurality of radio network nodes, a plurality of radio channels, a spectrum controller, and a radio resource manager, comprising: obtaining, at said spectrum controller from a channel information source, channel information associated with one or more of said plurality of channels; assigning, at said spectrum controller, an availability tag to one or more of said plurality of channels based on said obtained channel information, wherein each of said assigned availability tags classifies a respective channel as available, partially available, or unavailable; generating, at said spectrum controller, a channel list indicating the availability of one or more of said plurality of channels based on said assigned availability tags; and sending said channel list from said spectrum controller to said radio resource manager for use in routing information in said network, wherein the channel list indicates that at least one channel is partially available. obtaining, at said spectrum controller from a channel information source, channel information associated with one or more of said plurality of channels; assigning, at said spectrum controller, an availability tag to one or more of said plurality of channels based on said obtained channel information, wherein each of said assigned availability tags classifies a respective channel as available, partially available, or unavailable; generating, at said spectrum controller, a channel list indicating the availability of one or more of said plurality of channels based on said assigned availability tags; and sending said channel list from said spectrum controller to said radio resource manager for use in routing information in said network, wherein the channel list indicates that at least one channel is partially available.
Foundation system for bearing the load of a housing or of at least one housing module (13, 13', 13") of a self-service machine, comprising at least one base element (14, 14', 14") which has at least one support surface (16, 16', 16") for a housing or for at least one housing module (13, 13', 13") of a self-service machine, wherein the base element (14, 14', 14") comprises a concrete body (17, 17', 17") and at least one metal carrier element (18, 18', 18") supported thereon, on which the at least one support surface (16, 16', 16") for a housing or for a housing module (13, 13', 13") of a self-service machine is formed, and wherein the concrete body (17, 17', 17") is prefabricated for direct placement on the respective installation location of a self-service machine, and the metal carrier element (18, 18', 18") can be leveled horizontally relative to the concrete body (17, 17', 17") of the base element (14, 14', 14") by means of at least one adjusting mechanism, characterised in that the concrete body (17, 17', 17") has a hollow prismatic shape, wherein the cavity thereof extends continuously from the top face of the concrete body (17, 17', 17") to the bottom face of the concrete body (17, 17', 17"), thereby forming a vertically orientated orifice, and that the metal carrier element (18, 18', 18") has an approximately C-shaped geometry relative to a vertical section, wherein a base element of the C-shaped element covers at least a section of the top face of the concrete body (17, 17', 17"), and oppositely positioned arms (28, 29) of said C-shaped element form facing portions (30, 31) which at least partially cover oppositely positioned wall portions (24, 25) of the concrete body (17, 17', 17").
An e-cigarette comprising: a first cartridge comprising a first release device configured to release a first substance into a housing at a release rate; a sensor (240, 291, 292, 293, 294, 295); a timer and a controller (124, 224) configured to: receive data from the sensor (240, 291, 292, 293, 294, 295); receive data from the timer; determine an amount of first substance released by the first cartridge based on the data from the sensor (240, 291, 292, 293, 294, 295) and the data from the timer; and control the release of first substance based on the determined amount of first substance. a first cartridge comprising a first release device configured to release a first substance into a housing at a release rate; a sensor (240, 291, 292, 293, 294, 295); a timer and a controller (124, 224) configured to: receive data from the sensor (240, 291, 292, 293, 294, 295); receive data from the timer; determine an amount of first substance released by the first cartridge based on the data from the sensor (240, 291, 292, 293, 294, 295) and the data from the timer; and control the release of first substance based on the determined amount of first substance. receive data from the sensor (240, 291, 292, 293, 294, 295); receive data from the timer; determine an amount of first substance released by the first cartridge based on the data from the sensor (240, 291, 292, 293, 294, 295) and the data from the timer; and control the release of first substance based on the determined amount of first substance.
Nonwoven fabric comprising a plurality of filaments made of at least two different materials (A, B), said multicomponent filaments having at least two sub-filaments (2a, 2b) co-extruded from said materials (A, B) in side-by-side arrangement and adhered to one another, wherein the material of a first sub-filament has melting temperature different from the melting temperature of the material of a second sub-filament by at least 10°C and wherein, in cross section, the contact surface between a first sub-filament and a second sub-filament has at least one inflection (f1, f2), and wherein the first sub-filament forms at least one protrusion within the second sub-filament, said protrusion having decreasing width.
Assembly of a nacelle air intake and of a fan of a turbine engine of an aircraft propulsion assembly, said aircraft propulsion assembly extending along a longitudinal axis oriented from upstream to downstream and comprising a turbine engine comprising a radially inner primary flow path and a radially outer secondary flow path configured to guide from upstream to downstream respectively a primary air flow and a secondary air flow during a thrust phase, the fan being configured to be mounted upstream of the turbine engine, the fan being rotatably mounted about the longitudinal axis, said aircraft propulsion assembly comprising thrust reversal means configured to modify the secondary air flow into a reverse airflow (F-INV) circulating from downstream to upstream in the secondary flow path during a thrust reversal phase, said fan comprising a plurality of variable-pitch blades so as to form the thrust reversal means of the aircraft propulsion assembly, said nacelle being configured to extend outwardly around the turbine engine, the air intake being configured to extend at the upstream end of the nacelle, said air intake extending outwardly around the fan, said air intake comprising a peripheral external enclosure of longitudinal axis comprising an inner wall turned towards the longitudinal axis and an outer wall opposite the inner wall which are connected upstream by an air intake lip comprising a leading edge to promote the thrust phase, said air intake comprising an inner radius at the fan called "fan radius ", said peripheral external enclosure comprising a variable curvature in a plane radial to the longitudinal axis, assembly characterized by the fact that: • the profile of the air intake is stationary and non-deformable, so that it remains unchanged between the thrust phase and the thrust reversal phase, • the peripheral external enclosure comprises, in each radial plane, a point of maximum curvature (P, P', P") so as to detach the reverse airflow (F-INV) from the peripheral external enclosure in order to promote a thrust reversal phase, an osculating circle (C, C') comprising a radius of curvature (R, R') being defined at each of the points of maximum curvature (P, P', P"), the average value (Rmoy) of the radii of curvature (R, R') at the periphery of the air intake verifying the following relationship: Rmoy < 0.028 * R3. • the profile of the air intake is stationary and non-deformable, so that it remains unchanged between the thrust phase and the thrust reversal phase, • the peripheral external enclosure comprises, in each radial plane, a point of maximum curvature (P, P', P") so as to detach the reverse airflow (F-INV) from the peripheral external enclosure in order to promote a thrust reversal phase, an osculating circle (C, C') comprising a radius of curvature (R, R') being defined at each of the points of maximum curvature (P, P', P"), the average value (Rmoy) of the radii of curvature (R, R') at the periphery of the air intake verifying the following relationship: Rmoy < 0.028 * R3.
Chain drive made of an internally toothed driven gear and an internal driving gear with external teeth meshed with said internally toothed driven gear via a drive chain, as well as a tensioning wheel, which are located inside said internally toothed driven gear and wrapped by the drive chain, made of alternate, external links and internal links, wherein the links (7, 8) of the chain consisting of a pair of mutually parallel plates which are connected by pins (12, 13) to each other and provided with protrusions meshing with the driven gear in the point in which they are pressed against the teeth of the driven gear by the tensioning wheel, characterised in that the protrusions of the links (7, 8) of the chain are formed as teeth, protruding from both plates of each link (7, 8) on the external side of the chain, which side is in co-operation with the driven gear, and in that in each of the links (7, 8), the geometric axis of the pin, located on the side of the chain in co-operation with the driven gear, is located outside a plane formed by axes of the remaining pins of the links (7, 8), wherein the alternately placed external links and internal links of the chain are connected to each other by the remaining pins which are located on the with the driving gear co-operating side of the chain.
Guiding device for the guidance of a shelf in a housing, with at least two guide units (13a, 13b), each of which may be, with lateral clearance from one another, on one side fastened to the housing and on the other side connected to the shelf, and which guide the shelf by means of a traversing movement between a pushed-in operating position and a pulled-out position at least partly withdrawn from the housing, wherein a locking mechanism assigned to the guide units (13a, 13b) is provided and is designed for releasable locking of the shelf in the withdrawn pulled-out position, wherein the locking mechanism has a first locking element and a second locking element which, in the withdrawn pulled-out position, are engaged with one another and outside the pulled-out position are disengaged from one another, wherein one of the locking elements is fitted to a locking component separate from the guide unit (13a, 13b) and which, during the traversing movement of the guide unit (13a, 13b) is moved with it in such a way that the locking element attached to it comes into engagement with the other locking element, wherein the guide units (13a, 13b) are coupled to the shelf by means of a coupling device belonging to the guiding device, characterised in that the coupling device has a bulkhead which, by means of the guide units (13a, 13b), is movably mounted between an operating position located in the area of the rear wall and a closed position withdrawn in the area of the housing opening, wherein the locking component is in the form of a locking rod which on one side is pivotably mounted around a rod pivot axis and on the other side is equipped with the locking element in the form of a locking notch, wherein the other locking element is made in the form of the locking projection on one of the guide rod assemblies and, by means of the locking rod and the assigned guide rod assembly, a superimposing pivoting movement may be made during the traversing movement, which on movement into the withdrawn pulled-out position effects an engagement of the locking projection into the locking notch, and wherein the rod pivot axis rests on the bulkhead.
A magneto-impedance element (1, 2), comprising a substrate; a magneto-sensitive wire provided above the substrate; a detection coil (13, 23) winding around the magneto-sensitive wire; and an electrically insulating part (14, 24) fixing the magneto-sensitive wire and the detection coil (13, 23); wherein the detection coil (13, 23) has a first wiring part (131, 231) comprising film-shaped electrically conductive bodies formed along a flat surface of the substrate and crossing the magneto-sensitive wire; a second wiring part (132, 232) comprising film-shaped electrically conductive bodies formed on an opposite side of the magneto-sensitive wire to the first wiring part (131, 231) and crossing the magneto-sensitive wire; and a connecting part (133, 134) comprising columnar or tubular electrically conductive bodies surrounded by the electrically insulating part (14, 24) at both lateral sides of the magneto-sensitive wire and extending in a normal direction of the substrate so as to connect predetermined positions of the first wiring part and those of the second wiring part, characterized in that the magneto-sensitive wire has a circular cross section and a diameter of 10 to 30 μm. a substrate; a magneto-sensitive wire provided above the substrate; a detection coil (13, 23) winding around the magneto-sensitive wire; and an electrically insulating part (14, 24) fixing the magneto-sensitive wire and the detection coil (13, 23); wherein the detection coil (13, 23) has a first wiring part (131, 231) comprising film-shaped electrically conductive bodies formed along a flat surface of the substrate and crossing the magneto-sensitive wire; a second wiring part (132, 232) comprising film-shaped electrically conductive bodies formed on an opposite side of the magneto-sensitive wire to the first wiring part (131, 231) and crossing the magneto-sensitive wire; and a connecting part (133, 134) comprising columnar or tubular electrically conductive bodies surrounded by the electrically insulating part (14, 24) at both lateral sides of the magneto-sensitive wire and extending in a normal direction of the substrate so as to connect predetermined positions of the first wiring part and those of the second wiring part, a first wiring part (131, 231) comprising film-shaped electrically conductive bodies formed along a flat surface of the substrate and crossing the magneto-sensitive wire; a second wiring part (132, 232) comprising film-shaped electrically conductive bodies formed on an opposite side of the magneto-sensitive wire to the first wiring part (131, 231) and crossing the magneto-sensitive wire; and a connecting part (133, 134) comprising columnar or tubular electrically conductive bodies surrounded by the electrically insulating part (14, 24) at both lateral sides of the magneto-sensitive wire and extending in a normal direction of the substrate so as to connect predetermined positions of the first wiring part and those of the second wiring part, characterized in that
Multicoat paint system composed of i. at least one functional layer A, obtained from a water-free composition comprising a. at least one saturated or unsaturated, epoxy-modified polyester as binder, b. at least one acrylate polymer or polyurethane polymer as further binder, c. polymer microparticles, d. at least one polymer comprising functional groups consisting of blocked isocyanates and amino resins, as crosslinking agent, e. at least one pigment, f. at least one organic solvent, and g. at least one auxiliary or additive, the solids of the composition being at least 50% by weight ii. at least one basecoat B of at least one basecoat material, and iii. at least one clearcoat C of at least one clearcoat material. i. at least one functional layer A, obtained from a water-free composition comprising a. at least one saturated or unsaturated, epoxy-modified polyester as binder, b. at least one acrylate polymer or polyurethane polymer as further binder, c. polymer microparticles, d. at least one polymer comprising functional groups consisting of blocked isocyanates and amino resins, as crosslinking agent, e. at least one pigment, f. at least one organic solvent, and g. at least one auxiliary or additive, the solids of the composition being at least 50% by weight a. at least one saturated or unsaturated, epoxy-modified polyester as binder, b. at least one acrylate polymer or polyurethane polymer as further binder, c. polymer microparticles, d. at least one polymer comprising functional groups consisting of blocked isocyanates and amino resins, as crosslinking agent, e. at least one pigment, f. at least one organic solvent, and g. at least one auxiliary or additive, the solids of the composition being at least 50% by weight ii. at least one basecoat B of at least one basecoat material, and iii. at least one clearcoat C of at least one clearcoat material.
A software update apparatus comprising: a communication unit configured to send a request for downloading update data to a center; a storage unit configured to store the downloaded update data; and a control unit configured to execute, based on the update data, a control for installing, or installing and activating update software on one or more target electronic control units from among a plurality of electronic control units (11, 12, 21, 22) connected to each other via an in-vehicle network, and characterized by further comprising: a determination unit configured to determine whether a vehicle in which the software update apparatus is provided is stopped and is able to be maintained in a stopped state, wherein the determination unit is configured to, based on a state of surroundings of the vehicle, determine whether the vehicle is able to be maintained in the stopped state, wherein the control unit is configured to, on a condition that determination results of the determination unit are positive, execute the control for installing, or installing and activating. a communication unit configured to send a request for downloading update data to a center; a storage unit configured to store the downloaded update data; and a control unit configured to execute, based on the update data, a control for installing, or installing and activating update software on one or more target electronic control units from among a plurality of electronic control units (11, 12, 21, 22) connected to each other via an in-vehicle network, and characterized by further comprising: a determination unit configured to determine whether a vehicle in which the software update apparatus is provided is stopped and is able to be maintained in a stopped state, wherein the determination unit is configured to, based on a state of surroundings of the vehicle, determine whether the vehicle is able to be maintained in the stopped state, wherein the control unit is configured to, on a condition that determination results of the determination unit are positive, execute the control for installing, or installing and activating.
A spectacle frame including a front face extended by two lateral posts (4, 5) and two branches (2, 15) articulated on the posts around hinge pins of two telescoping hinges, each, at a front face element secured to a post and a branch element, secured to a branch, the branch element of a hinge including a slide articulated on the front face element and mounted sliding in a sheath against and under the action of a spring, the slide of a branch hinge extending to the free end of the branch with a tubular shape and arranging said sheath, a sleeve, mounted on the slide, being mounted sliding in the end of the branch in which said spring also extends so that it cooperates with the sleeve, characterized in that the branch is made in two separate parts, including a main part and an end part forming an end-piece in which the spring is arranged, the slide extending into the end-piece, which is mounted rotating relative to the main branch part to adjust the tension of the spring.
A compound according to Formula: wherein R 1 is an optionally substituted 5-membered heterocycle preferably an optionally substituted triazole, preferably an optionally substituted 1, 2, 4 triazole or optionally substituted pyrazole, 1H-pyrazole-5-carboxamide, preferably an optionally substituted pyrazol-4-yl, preferably 1H-pyrazol-4-yl, 1-methyl-pyrazol-4-yl or optionally substituted pyrazol-3-yl, preferably 5-methyl-1H-pyrazol-3-yl, 5-cyano-1H-pyrazol-3-yl or an optionally substituted imidazole preferably an optionally substituted imidazole-4-yl or an optionally substituted isoxazole preferably an optionally substituted isoxazol-3-yl, preferably 5-methylisoxazol-3-yl; R 2 is H or both R 2 are joined to form an optionally substituted cyclopropyl; R 3 is selected from an optionally substituted monocyclic aryl preferably an optionally substituted phenyl preferably 3-fluoro-4-(trifluoromethyl)phenyl and an optionally substituted heteroaryl preferably an optionally substituted pyridinyl, preferably an optionally substituted pyridin-3-yl preferably trifluoromethyl-pyridin-3-yl, di-fluoro-methyl-pyridin-3-yl; as well as pharmaceutically acceptable salts, hydrates, solvates, tautomers, racemic mixtures and optically active forms thereof.
A process for preparing dry sausage, the process comprising: (a) preparing a dry sausage meat mixture; (b) stuffing the mixture into a casing or mould; (c) fermenting the mixture; (d) heat treating the mixture; (e) cooling the mixture to a temperature sufficiently low to permit slicing; (f) cutting the mixture to form sausage pieces; (g) placing the sausage pieces onto a conveyor; (h) passing the conveyor with the sausage pieces thereon through a chamber; (i) introducing into the chamber a supply of conditioned air having a relative humidity below about 60% and a temperature in the range of at least about 4°C (40°F) to 54°C (130°F); and (j) introducing into the chamber a supply of microwaves, wherein the sausage remains in the chamber for less than about 30 minutes; (k) wherein the supply of conditioned air and the supply of microwaves are selected to reduce the moisture content of the sausage pieces to a predetermined moisture to protein ratio. (a) preparing a dry sausage meat mixture; (b) stuffing the mixture into a casing or mould; (c) fermenting the mixture; (d) heat treating the mixture; (e) cooling the mixture to a temperature sufficiently low to permit slicing; (f) cutting the mixture to form sausage pieces; (g) placing the sausage pieces onto a conveyor; (h) passing the conveyor with the sausage pieces thereon through a chamber; (i) introducing into the chamber a supply of conditioned air having a relative humidity below about 60% and a temperature in the range of at least about 4°C (40°F) to 54°C (130°F); and (j) introducing into the chamber a supply of microwaves, wherein the sausage remains in the chamber for less than about 30 minutes; (k) wherein the supply of conditioned air and the supply of microwaves are selected to reduce the moisture content of the sausage pieces to a predetermined moisture to protein ratio.
A method of producing a liquid consumable, the method characterised in that the liquid consumable is contained within a container (2, 40, 50) and is contacted with one or more wooden components (4, 42, 52) which have been cut so that: (i) wood cells of the wooden components have a uniform anatomical cell orientation; and (ii) ray parenchyma tissue extends longitudinally across a thickness of the wooden components, in order to enable a uniform and consistent wood infusion process to take place, wherein said one or more wooden components are severed parts of an intermediate wooden sheet cut from a log of wood by rotary cutting the intermediate wooden sheet tangentially from the outer surface of the log of wood in veneer fashion. (i) wood cells of the wooden components have a uniform anatomical cell orientation; and (ii) ray parenchyma tissue extends longitudinally across a thickness of the wooden components,