mhurhangee/ep-ind-claims huggingface dataset:
A pilot transmission method, comprising: receiving, by a station, a pilot transmission notification from an access point, wherein the pilot transmission notification comprises a pilot transmission rule of the station and a pilot transmission rule of another station on a group of continuous subcarriers; the pilot transmission rule of the station comprises: the group of continuous subcarriers is divided into two subcarrier groups, pilots transmitted on subcarriers in a same subcarrier group have a first same amplitude and a first same phase, and pilots transmitted on subcarriers in different subcarrier groups have the first same amplitude but inverse phases; and the pilot transmission rule of the another station comprises: pilots transmitted on all subcarriers have a second same amplitude and a second same phase; and transmitting, by the station, a pilot according to the pilot transmission rule of the station. receiving, by a station, a pilot transmission notification from an access point, wherein the pilot transmission notification comprises a pilot transmission rule of the station and a pilot transmission rule of another station on a group of continuous subcarriers; the pilot transmission rule of the station comprises: the group of continuous subcarriers is divided into two subcarrier groups, pilots transmitted on subcarriers in a same subcarrier group have a first same amplitude and a first same phase, and pilots transmitted on subcarriers in different subcarrier groups have the first same amplitude but inverse phases; and the pilot transmission rule of the another station comprises: pilots transmitted on all subcarriers have a second same amplitude and a second same phase; and transmitting, by the station, a pilot according to the pilot transmission rule of the station.
A system for estimating a moisture content of a gas mixture in a Sample Handling System, SHS, the system comprising: a data pre-processing module configured to: receive data comprising measurements (M1-M6, S1) of the SHS related to the gas mixture, a gas cooler and a coolant and a plurality of parameters related to the gas mixture; analyze the received data to remove one or more anomalies from the data and a moisture content estimation module configured to: determine thermodynamic properties, heat transfer coefficient and mass transfer coefficient of the gas mixture based on the analyzed data, calculate a surface area of the gas cooler based on the analyzed data and the determined thermodynamic properties, heat transfer coefficient and mass transfer coefficient of the gas mixture, and estimate the moisture content of the gas mixture based on comparison of the calculated surface area of the gas cooler (104, 204, 400) with an actual surface area of the gas cooler (104, 204, 400). a data pre-processing module configured to: receive data comprising measurements (M1-M6, S1) of the SHS related to the gas mixture, a gas cooler and a coolant and a plurality of parameters related to the gas mixture; analyze the received data to remove one or more anomalies from the data and receive data comprising measurements (M1-M6, S1) of the SHS related to the gas mixture, a gas cooler and a coolant and a plurality of parameters related to the gas mixture; analyze the received data to remove one or more anomalies from the data and a moisture content estimation module configured to: determine thermodynamic properties, heat transfer coefficient and mass transfer coefficient of the gas mixture based on the analyzed data, calculate a surface area of the gas cooler based on the analyzed data and the determined thermodynamic properties, heat transfer coefficient and mass transfer coefficient of the gas mixture, and estimate the moisture content of the gas mixture based on comparison of the calculated surface area of the gas cooler (104, 204, 400) with an actual surface area of the gas cooler (104, 204, 400). determine thermodynamic properties, heat transfer coefficient and mass transfer coefficient of the gas mixture based on the analyzed data, calculate a surface area of the gas cooler based on the analyzed data and the determined thermodynamic properties, heat transfer coefficient and mass transfer coefficient of the gas mixture, and estimate the moisture content of the gas mixture based on comparison of the calculated surface area of the gas cooler (104, 204, 400) with an actual surface area of the gas cooler (104, 204, 400).
A method in a first network node for enabling device to device, D2D, communication between a first device and a second device, which first device is served by a first public land mobile network comprising the first network node and the second device is served by a second public land mobile network, the method being characterised in comprising: - receiving from the second device, via the second public land mobile network, or from the first device, a request for permission for the second device of roaming to the first public land mobile network enabling the D2D communication, which request requests access to a resource controlled by the first network node of the first public land mobile network; and - deciding whether to grant the request based on a position of the second device and/or the first device. - receiving from the second device, via the second public land mobile network, or from the first device, a request for permission for the second device of roaming to the first public land mobile network enabling the D2D communication, which request requests access to a resource controlled by the first network node of the first public land mobile network; and - deciding whether to grant the request based on a position of the second device and/or the first device.
A method for synchronizing parallel-connected inverter units (INU1, INU2), said inverters comprising inverter-specific modulators or parallel-connected frequency converters (FC1, FC2) re-injecting braking energy into the supply network, said frequency converters having inverter unit-specific modulators both in the mains bridges and in the load bridges, wherein the circulating current between the inverter units is measured, and the modulators are synchronized to each other on the basis of the current measurement data, characterized in that, to measure the circulating current in the inverter units functioning as mains inverters or in the frequency converters the phase currents are measured simultaneously and a sum of the phase currents is formed, the instantaneous value of switching-frequency circulating current is detected by multiplying the sum of the phase currents by the polarity of a triangular wave or a corresponding modulation signal, and a circulating current sum is formed by summing the successive instantaneous value results.
Apparatus for delivering percussive air pulses to a patient, comprising: at least one driver unit configured to provide pressurized, non-pulsate gas; at least one patient interface device; at least one flexible tube configured to provide pressurized, non-pulsate gas from the at least one driver unit to the at least one patient interface device; wherein the at least one patient interface device has a structure configured to (i) receive the pressurized, non-pulsate gas from the at least one driver unit and transform the pressurized, non-pulsate gas into a pulsed and pressurized gas, and (ii) supply at least one sub tidal volume of pulsed and pressurized gas to a patient through a patient connection orifice, characterized in that the at least one patient interface device comprises a disposable part in which a sliding venturi system is employed and a reusable part. at least one driver unit configured to provide pressurized, non-pulsate gas; at least one patient interface device; at least one flexible tube configured to provide pressurized, non-pulsate gas from the at least one driver unit to the at least one patient interface device; wherein the at least one patient interface device has a structure configured to (i) receive the pressurized, non-pulsate gas from the at least one driver unit and transform the pressurized, non-pulsate gas into a pulsed and pressurized gas, and (ii) supply at least one sub tidal volume of pulsed and pressurized gas to a patient through a patient connection orifice, characterized in that the at least one patient interface device comprises a disposable part in which a sliding venturi system is employed and a reusable part.
A method of applying adhesive to flutes (20; 150) of a corrugated sheet, each said flute having a leading sloped face, a trailing sloped face and a crest, said method comprising the steps of: a) applying a layer of adhesive on an outer surface of an applicator roll and rotating said applicator roll in a first direction; b) moving said corrugated sheet along a path adjacent said outer surface of said applicator roll to apply adhesive to said flutes (20; 150) from said layer of adhesive; and characterised by c) compressing said flutes down to 70-97% of their initial height against said applicator roll; and by the fact that said applicator roll has a surface linear velocity less than 95% the speed at which said corrugated sheet is moving. a) applying a layer of adhesive on an outer surface of an applicator roll and rotating said applicator roll in a first direction; b) moving said corrugated sheet along a path adjacent said outer surface of said applicator roll to apply adhesive to said flutes (20; 150) from said layer of adhesive; and characterised by c) compressing said flutes down to 70-97% of their initial height against said applicator roll; and by the fact that said applicator roll has a surface linear velocity less than 95% the speed at which said corrugated sheet is moving.
A mixing device and applicator for sealants having a main body and a handle having a trigger and a rotation change actuator, wherein the main body comprises a modular enclosing casing, resting on said handle and housing: - a rotor, - a removable sheath for carrying containers of sealant material, - a rotating cylinder whereon the sheath is coupled, said cylinder being rotated in the sense selected for mixing by means of the action of the rotor present in the rear portion of the device, - a gear module for varying rotation, said module being coupled to said rotor being powered by electric current or by a pneumatic system, - an extendable shaft projected from the gear module with a telescopic guiding system, whereby once the mixing is performed, the rotation of the cylinder is locked by means of a manual braking system present in the upper portion of a closing bushing and resting on an anchoring area of the sheath with the cylinder such that by means of changing the rotation of the cylinder performed through the actuator present in the handle and the subsequent actuation of the trigger a plunger element coupled to said shaft is ejected longitudinally forwards for ejecting the material to be applied by means of a contact made by said plunger on a piston present inside the container. - a rotor, - a removable sheath for carrying containers of sealant material, - a rotating cylinder whereon the sheath is coupled, said cylinder being rotated in the sense selected for mixing by means of the action of the - a gear module for varying rotation, said module being coupled to said rotor being powered by electric current or by a pneumatic system, - an extendable shaft projected from the gear module with a telescopic guiding system,
Protein comprising at least one acyl glutamine-containing amino donor sequence covalently linked via a γ-glutamyl-amide bond to an amino donor-comprising substrate, wherein the acyl glutamine-containing amino acid donor sequence comprises an amino acid sequence according to SEQ ID NO: 2 (X 1 X 2 X 3 TYFQAYG X 4 X 5 X 6), wherein X1 is a hydrophobic amino acid, X2 is a negatively charged amino acid, X3 is C or N, X4 is C or N, X5 is one of an amino acid with a polar, uncharged side chains, and X6 is a negatively charged amino acid. X1 is a hydrophobic amino acid, X2 is a negatively charged amino acid, X3 is C or N, X4 is C or N, X5 is one of an amino acid with a polar, uncharged side chains, and X6 is a negatively charged amino acid.
Air distribution system for ventilating buildings, having at least one air distribution unit (20, 500), which has a first end having a first connection (10, 510) for coupling to an inlet duct or an outlet duct and a second end (22, 520) having n second connections (531 - 534) for coupling to ventilation ducts (40, 800), for distribution of an air flow from the first connection (10, 510) to the second connections (531 - 534) or for combining air flows from the second connections (531 - 534) to the first connection (10, 510), wherein the air distribution unit (20, 500) has n - 1 throttle units (31; 550) for partially or completely opening and closing n - 1 inputs of n - 1 of the n second connections (532 - 534), wherein the n - 1 throttle units (31; 550) are designed to control an air flow through the n - 1 second connections, wherein the air flow through that second connection on which there is no throttle unit (31, 550) is controllable by the n - 1 throttle units (31, 550).
Arrangement for emitting light, comprising a plurality of LED boards arranged next to one another, and connection means for interconnecting adjacent LED boards, wherein the connection means are connected in a detachable manner to the LED boards, and comprise a flat element in the form of a PCB arranged on the conductor tracks, wherein the flat element comprises, for example, a luminaire cover or a luminaire housing, on its side facing away from the conductor tracks for the fastening to a carrier element, characterized in that the connection means may be locked or clamped with the LED boards, wherein the connection means have snap-in or latching elements overlapping the front sides of the LED boards.
A wooden ceiling element or wooden wall element consisting of wooden boards or wooden lamella longitudinally joined to one another, with insulating bodies accommodated in respective in-between spaces, each wooden board of said element including a recess (6, 6') on each of two plane-parallel, opposite sides, which recesses extend in a longitudinal direction of each wooden board and symmetrical to one another, the wooden board being configured to have a double-T-shaped cross-section with an upper transversal element, a lower transversal element forming the visible side, and an intermediate rod, characterized in that the width (a) of the upper transversal element is larger than the width (b) of the lower transversal element, such that the space accommodating the insulating body is formed between recesses (6, 6') of two adjacent wooden boards, and the height (h) of the wooden board is larger than its original width (a), and longitudinal gaps are formed due to the smaller width (b) of two adjacent lower transverse elements with respect to the larger width of the upper transverse elements, and this side forms the visible side of said element in plan view.
A method of providing location services at a location server, the method comprising: receiving a request for location service for a plurality of mobile devices, wherein the request for location service comprises a trigger condition, a group condition and a persistence condition; determining the occurrence of the trigger condition, the group condition and the persistence condition; and sending a response, wherein the response indicates the occurrence of the trigger condition, the group condition and the persistence condition; and wherein the trigger condition comprises a mobile device entering a target area, leaving the target area, remaining within the target area, or remaining outside the target area wherein the group condition comprises an indication of a portion of the plurality of mobile devices to meet the trigger condition before the occurrence of the trigger condition will be reported, and wherein the persistence condition comprises a threshold time period for persistence of the trigger condition by the portion of the plurality of mobile devices. receiving a request for location service for a plurality of mobile devices, wherein the request for location service comprises a trigger condition, a group condition and a persistence condition; determining the occurrence of the trigger condition, the group condition and the persistence condition; and sending a response, wherein the response indicates the occurrence of the trigger condition, the group condition and the persistence condition; and wherein the trigger condition comprises a mobile device entering a target area, leaving the target area, remaining within the target area, or remaining outside the target area wherein the group condition comprises an indication of a portion of the plurality of mobile devices to meet the trigger condition before the occurrence of the trigger condition will be reported, and wherein the persistence condition comprises a threshold time period for persistence of the trigger condition by the portion of the plurality of mobile devices.
Process for preparing lithium aluminosilicate-based ceramic materials with a near-zero and negative thermal expansion coefficient within the temperature range of -150°C to 450°C and having a main phase of β-eucryptite solid solution, characterised in that it comprises the following stages: a. preparing the lithium aluminosilicate precursor consisting of a kaolin suspension, Li2CO3 and tetraethyl orthosilicate as SiO 2 precursor solution or aluminium ethoxide as Al 2 O 3 precursor solution, b. calcination of the resulting powder after drying the mixture obtained in a), c. milling and drying of the material obtained in b), d. shaping of the material obtained in c), e. sintering of the material obtained in d). a. preparing the lithium aluminosilicate precursor consisting of a kaolin suspension, Li2CO3 and tetraethyl orthosilicate as SiO 2 precursor solution or aluminium ethoxide as Al 2 O 3 precursor solution, b. calcination of the resulting powder after drying the mixture obtained in a), c. milling and drying of the material obtained in b), d. shaping of the material obtained in c), e. sintering of the material obtained in d).
A printer, comprising: a print head; a platen roller; and a platen unit, wherein the platen roller includes: a plurality of bearings provided one at each of longitudinal ends of the platen roller; a roller positioned between the plurality of bearings; and a plurality of flanges, of which one is positioned between the roller and one of the plurality of bearings and the other is positioned between the roller and the other of the plurality of bearings in a longitudinal direction of the platen roller, the plurality of flanges having a diameter greater than a diameter of the plurality of bearings and a diameter of the roller, wherein the platen unit includes a bracket to which the platen roller is attached, characterised in that the bracket is formed of a flexible material, and the bracket includes a plurality of snap-fit parts formed one at an entrance of each of a plurality of openings that accommodate the plurality of bearings, the plurality of openings being formed one at each of longitudinal ends of the bracket; and the plurality of snap-fit parts are configured to flex to allow an entry of the plurality of bearings into the plurality of openings through the entrances thereof, when contacted by the plurality of bearings at a time of attaching the platen roller to the bracket. a print head; a platen roller; and a platen unit, wherein the platen roller includes: a plurality of bearings provided one at each of longitudinal ends of the platen roller; a roller positioned between the plurality of bearings; and a plurality of flanges, of which one is positioned between the roller and one of the plurality of bearings and the other is positioned between the roller and the other of the plurality of bearings in a longitudinal direction of the platen roller, the plurality of flanges having a diameter greater than a diameter of the plurality of bearings and a diameter of the roller, a plurality of bearings provided one at each of longitudinal ends of the platen roller; a roller positioned between the plurality of bearings; and a plurality of flanges, of which one is positioned between the roller and one of the plurality of bearings and the other is positioned between the roller and the other of the plurality of bearings in a longitudinal direction of the platen roller, the plurality of flanges having a diameter greater than a diameter of the plurality of bearings and a diameter of the roller, wherein the platen unit includes a bracket to which the platen roller is attached, characterised in that the bracket is formed of a flexible material, and the bracket includes a plurality of snap-fit parts formed one at an entrance of each of a plurality of openings that accommodate the plurality of bearings, the plurality of openings being formed one at each of longitudinal ends of the bracket; and the plurality of snap-fit parts are configured to flex to allow an entry of the plurality of bearings into the plurality of openings through the entrances thereof, when contacted by the plurality of bearings at a time of attaching the platen roller to the bracket.
Rotary piston pump, comprising a pump casing (2, 9, 10) with a substantially cylindrical pump chamber and a rotary piston as a rotor with at least two blades arranged opposite each other in the circumferential direction or distributed evenly, and at least one sealing flap (4a, 4b), characterised in that at least two sealing flaps (4a, 4b) are arranged opposite each other or distributed evenly in the circumferential direction, wherein the at least two sealing flaps (4a, 4b) are rotatable or pivotable, and wherein an inlet channel extends axially from the respective opposite axial ends in a rotor axle tube and is separate from an axial outlet channel, which leads to at least two inlet openings into the pump chamber and at least two outlet openings from the pump chamber, wherein each of the inlet openings is arranged in the direction of rotation behind and each of the outlet openings in the direction of rotation ahead of one of the blades in the rotor axle tube.
A lighting device for a motor vehicle, which has a first optical waveguide and a second optical waveguide that is designed to follow the shape of the first optical waveguide and is located extending adjacent to the first optical waveguide, and the first optical waveguide has a first long side with first decoupling elements, which protrude from the first long side crosswise to a primary propagation direction x of the light in the first optical waveguide and in the second optical waveguide and which have first light output faces, and the second optical waveguide has a second long side with second decoupling elements, which protrude from the second long side and have second light output faces, and the two optical waveguides (14, 16) are located relative to one another such that the second long side is located facing the first long side, characterized in that the two long sides, in a direction y located transversely to the primary propagation direction, define a gap which is open in a z direction that is located transverse to the x direction and transverse to the y direction; and that the light output faces are located in the gap such that the z direction is equivalent to a light emission direction.