mhurhangee/ep-ind-claims huggingface dataset:
A method for communication processing in a wireless network, comprising: acquiring, by a master node of the wireless network, channel allocation information, wherein the channel allocation information is used for indicating a channel resource needed for communication between the master node and subnodes or between the subnodes, the channel allocation information carries an access parameter, and the access parameter is used for indicating a channel access backoff policy of the channel resource; and sending, by the master node, the channel allocation information to the subnodes on a first frequency band; the access parameter also comprises a frequency band type of the channel resource; the channel allocation information is further used for indicating identification of the master node and the subnodes, or used for indicating identification of the subnodes, wherein the identification is used for determining which one between the master node or the subnodes are user of the channel resource corresponding to the channel allocation information so as to perform the communication between the master node and the subnodes or between the subnodes on the channel resource; wherein the channel access backoff policy comprises at least one of the following: backoff time setting, contention access window setting. acquiring, by a master node of the wireless network, channel allocation information, wherein the channel allocation information is used for indicating a channel resource needed for communication between the master node and subnodes or between the subnodes, the channel allocation information carries an access parameter, and the access parameter is used for indicating a channel access backoff policy of the channel resource; and sending, by the master node, the channel allocation information to the subnodes on a first frequency band; the access parameter also comprises a frequency band type of the channel resource; the channel allocation information is further used for indicating identification of the master node and the subnodes, or used for indicating identification of the subnodes, wherein the identification is used for determining which one between the master node or the subnodes are user of the channel resource corresponding to the channel allocation information so as to perform the communication between the master node and the subnodes or between the subnodes on the channel resource; wherein the channel access backoff policy comprises at least one of the following: backoff time setting, contention access window setting.
A composition, comprising a solvent blend of: a) Compound of formula: R 1 C(=O)NR 2 R 3 wherein: - R 1 is a group of formula -Z-C(=O)OR', with Z is a linear or branched divalent alkylene group comprising 2 to 5 carbon atoms and R' is an alkyl group comprising 1 to 4 carbon atoms. - R 2 and R 3, identical or different, being methyl or ethyl groups; and b) DiMethylSulfoxide (DMSO), and a solubilized fluoropolymer wherein the weight ratio between the compound of formula and DMSO is of from 70/30 to 30/70. a) Compound of formula: R 1 C(=O)NR 2 R 3 wherein: - R 1 is a group of formula -Z-C(=O)OR', with Z is a linear or branched divalent alkylene group comprising 2 to 5 carbon atoms and R' is an alkyl group comprising 1 to 4 carbon atoms. - R 2 and R 3, identical or different, being methyl or ethyl groups; and - R 1 is a group of formula -Z-C(=O)OR', with Z is a linear or branched divalent alkylene group comprising 2 to 5 carbon atoms and R' is an alkyl group comprising 1 to 4 carbon atoms. - R 2 and R 3, identical or different, being methyl or ethyl groups; and b) DiMethylSulfoxide (DMSO), and
A method of determining a decode matrix ( D̃) for decoding an encoded audio signal, the encoded audio signal being in Ambisonics format for L loudspeakers, the method comprising: - determining a set of loudspeaker positions comprising at least one virtual loudspeaker position Ω ^ L + 1 ′ and the positions ( Ω̂ 1,..., Ω̂ L) of the L loudspeakers; - determining a first matrix ( D ') having coefficients for the positions of the set of loudspeaker positions; - determining the decode matrix ( D̃) from the first matrix ( D '), at least by weighting and distributing the coefficient(s) for the at least one virtual loudspeaker position of the first matrix ( D ') to coefficients relating to the positions ( Ω̂ 1,..., Ω̂ L) of the L loudspeakers, whereby the decode matrix ( D̃) has coefficients for the positions ( Ω̂ 1,..., Ω̂ L) of the L loudspeakers. - determining a set of loudspeaker positions comprising at least one virtual loudspeaker position Ω ^ L + 1 ′ and the positions ( Ω̂ 1,..., Ω̂ L) of the L loudspeakers; - determining a first matrix ( D ') having coefficients for the positions of the set of loudspeaker positions; - determining the decode matrix ( D̃) from the first matrix ( D '), at least by weighting and distributing the coefficient(s) for the at least one virtual loudspeaker position of the first matrix ( D ') to coefficients relating to the positions ( Ω̂ 1,..., Ω̂ L) of the L loudspeakers, whereby the decode matrix ( D̃) has coefficients for the positions ( Ω̂ 1,..., Ω̂ L) of the L loudspeakers.
Lid for a large refuse container having a capacity of 1000 up to 1100 litres, wherein the lid is provided as a hinged lid in form of a flat lid, comprising a first lid part element and a second lid part element, wherein the first lid part element is attachable to a refuse container body of the large refuse container and the second lid part element is pivotably arranged at the first lid part element, wherein the first lid part element and the second lid part element are connected to each other via an articulating joint, such that the second lid part element can get folded back into an opened position, in which the second lid part element is placed on the outer surface of the first lid part element, characterized in that a fixing device is provided, that the fixing device is configured for fixing the second lid part element in the opened position, that the fixing device is comprised of two components (32, 33), which are part of a mechanical lock device, that the first component is arranged on the outer surface of the first lid part element, that the second component is arranged on the outer surface of the second lid part element, and that, when the second lid part element is folded into the open position, both component (32, 33) interlock.
A pipe alignment mechanism of a butterfly valve detachably attached to a columnar valve stem bearing portion provided to protrude from an outer peripheral portion of a cylindrical valve box and extending in a radial direction, characterized by the pipe alignment mechanism comprising the valve box and a positioning tool, a groove provided at a top flange lower portion of a valve box such that a positioning tool is fittable in the groove, wherein a groove end surface position is on a plane on which a pipe flange and the valve box are joined to each other, wherein (i) the groove has at least one insertion groove in which a fitting protrusion provided at the positioning tool is fittable, and the at least one insertion groove is provided at different positions such that various flange connection standards are acceptable, or (ii). the groove has at least one hole in which a rod-shaped protrusion provided at the positioning tool is insertable, and the at least one hole is provided at different positions such that various flange connection standards are acceptable. a groove provided at a top flange lower portion of a valve box such that a positioning tool is fittable in the groove, wherein a groove end surface position is on a plane on which a pipe flange and the valve box are joined to each other, wherein (i) the groove has at least one insertion groove in which a fitting protrusion provided at the positioning tool is fittable, and the at least one insertion groove is provided at different positions such that various flange connection standards are acceptable, or (ii). the groove has at least one hole in which a rod-shaped protrusion provided at the positioning tool is insertable, and the at least one hole is provided at different positions such that various flange connection standards are acceptable. (i) the groove has at least one insertion groove in which a fitting protrusion provided at the positioning tool is fittable, and the at least one insertion groove is provided at different positions such that various flange connection standards are acceptable, or (ii). the groove has at least one hole in which a rod-shaped protrusion provided at the positioning tool is insertable, and the at least one hole is provided at different positions such that various flange connection standards are acceptable.
Method of producing polyurethane foams having a density < 100 kg/m 3 by reacting one or more polyol components with one or more isocyanate components, which comprises using at least 15 wt% of polyolefin polyol, based on the total amount of polyol used, characterized in that an additive used comprises an additive composition comprising at least one ionic surfactant B selected from a quaternized ammonium compound, and also at least a tertiary amine compound C which is not an oxazasilinane and has a molar mass of at least 150 g/mol, and also at least one oxazasilinane D.
A communication device (100; 300; 500) comprising: a first radio communication unit (120; 320) capable of radio communication in accordance with a first communication method; and a second radio communication unit (170; 370) capable of radio communication in accordance with a second communication method using a higher frequency band than the first communication method, wherein the first radio communication unit (120; 320) transmits an instruction signal instructing to determine a channel state information to another communication device (200; 400; 600), wherein the instruction signal contains only a header portion of a signal format conforming to the first communication method, and the second radio communication unit (170; 370) transmits a beam reference signal used for determining the channel state information to said another communication device, wherein the second radio communication unit (170; 370) transmits the beam reference signal after a prescribed time period has elapsed from completion of transmission of the instruction signal by the first radio communication unit (120; 320). a first radio communication unit (120; 320) capable of radio communication in accordance with a first communication method; and a second radio communication unit (170; 370) capable of radio communication in accordance with a second communication method using a higher frequency band than the first communication method, wherein the first radio communication unit (120; 320) transmits an instruction signal instructing to determine a channel state information to another communication device (200; 400; 600), wherein the instruction signal contains only a header portion of a signal format conforming to the first communication method, and the second radio communication unit (170; 370) transmits a beam reference signal used for determining the channel state information to said another communication device, wherein the second radio communication unit (170; 370) transmits the beam reference signal after a prescribed time period has elapsed from completion of transmission of the instruction signal by the first radio communication unit (120; 320).
Profiled frame element for garage door frames having a main section and at least one groove (20, 22) extending in the longitudinal direction of the profiled frame element for fitting an elastic sealing profile, wherein the main section is rectangular-section tubular in shape and a fixing section extending from the main section at right angles and a faceplate section extending as an extension of the main section are provided, wherein the profiled frame element is in one piece, wherein the fixing section extends starting from a position at the transition between main section and faceplate section and, as viewed in the extension direction thereof, projects beyond the main section and the faceplate section, characterized in that the fixing section is plate-shaped, and in that the faceplate section, as viewed in the extension direction thereof, projects freely in relation to the fixing section.
A method of manufacturing a conveyor belt module, comprising the steps of: molding an axle using a first injection mold; removing the first injection mold from the axle; and molding an intermediate portion around the axle using a second injection mold such that at least one end of the axle 152) is embedded in the intermediate portion, wherein the intermediate portion comprises at least one hinge element on a first end and at least one hinge element on an opposite second end. molding an axle using a first injection mold; removing the first injection mold from the axle; and molding an intermediate portion around the axle using a second injection mold such that at least one end of the axle 152) is embedded in the intermediate portion, wherein the intermediate portion comprises at least one hinge element on a first end and at least one hinge element on an opposite second end.
Pressure pipe for a pressure pipe anchor comprising an anchor tension member made of one or more individual elements such as steel bars, steel cables or steel wire strands, the anchor tension member being designed to be inserted into a drill hole in the substrate and to be anchored by means of its anchor foot in the drill-hole base, and comprising an anchor head formation for clamping the anchor tension member to the downstream end of the drill hole, the anchor tension member being surrounded in the region in front of the anchor foot by at least one pressure pipe which is locked to the drill-hole wall in a non-positive manner by means of a grout body, characterised in that the pressure pipe comprises across its circumference at least one predetermined breaking point (23, 26) which extends in the longitudinal direction of the pressure pipe in order to cause the pressure pipe to break when said pressure pipe is subjected to stress transversely to the longitudinal axis thereof.
A method for determining a composition of a mixture of a first fluid and a second fluid in a vessel, the method comprising: determining, with a sensor system including a resonant transducer (12, 25, 31, 171), a set of complex impedance spectrum values of the mixture of the first fluid and the second fluid as a function of a height in the vessel, wherein spectra are measured as both a real part of impedance spectra and an imaginary part of impedance spectra; applying a multivariate data analysis to the signals from the resonant transducer; determining a fluid phase inversion point from the set of complex impedance spectrum values, wherein the fluid phase inversion point is determined using Z parameters; combining the Z parameters with conductivity and fluid phase data; applying a phase model of the first fluid to the set of complex impedance spectrum values above the fluid phase inversion point; and applying a phase model of the second fluid to the set of complex impedance spectrum values below the fluid phase inversion point, wherein the composition as a function of height is determined using the conductivity and the fluid phase inversion point as input parameters in the multivariate analysis. determining, with a sensor system including a resonant transducer (12, 25, 31, 171), a set of complex impedance spectrum values of the mixture of the first fluid and the second fluid as a function of a height in the vessel, wherein spectra are measured as both a real part of impedance spectra and an imaginary part of impedance spectra; applying a multivariate data analysis to the signals from the resonant transducer; determining a fluid phase inversion point from the set of complex impedance spectrum values, wherein the fluid phase inversion point is determined using Z parameters; combining the Z parameters with conductivity and fluid phase data; applying a phase model of the first fluid to the set of complex impedance spectrum values above the fluid phase inversion point; and applying a phase model of the second fluid to the set of complex impedance spectrum values below the fluid phase inversion point, wherein the composition as a function of height is determined using the conductivity and the fluid phase inversion point as input parameters in the multivariate analysis.
Operating group for a cartoning machine of the vertical type arranged for moving a blank adapted to form a carton suitable for containing one or more products, said operating group comprising: - a magazine suitable for housing a plurality of blanks folded in a planar manner; - gripping means that is configured for retaining a blank and is movable at least between a removing position, in which said gripping means removes said blank arranged in the magazine in a folded planar configuration, which is horizontal, and a delivery position, in which said gripping means delivers said blank arranged in a tridimensional unfolded configuration, which is vertical to said planar configuration; - said gripping means being rotated around a horizontal rotation axis along a closed loop transfer path; - the magazine being shaped for housing said blanks in a horizontal position at the removing position; and - the removing position from said magazine being arranged above the closed loop transfer path travelled by the gripping means, such that the gripping means can remove directly from the magazine said blank in the horizontal folded planar configuration, characterised in that said gripping means is configured for travelling a portion of said closed loop transfer path subtended by an angle of substantially 270° between the removing position and the delivery position. - a magazine suitable for housing a plurality of blanks folded in a planar manner; - gripping means that is configured for retaining a blank and is movable at least between a removing position, in which said gripping means removes said blank arranged in the magazine in a folded planar configuration, which is horizontal, and a delivery position, in which said gripping means delivers said blank arranged in a tridimensional unfolded configuration, which is vertical to said planar configuration; - said gripping means being rotated around a horizontal rotation axis along a closed loop transfer path; - the magazine being shaped for housing said blanks in a horizontal position at the removing position; and - the removing position from said magazine being arranged above the closed loop transfer path travelled by the gripping means, such that the gripping means can remove directly from the magazine said blank in the horizontal folded planar configuration, characterised in that said gripping means is configured for travelling a portion of said closed loop transfer path subtended by an angle of substantially 270° between the removing position and the delivery position.
A fryer comprising: a base having a reservoir for receiving oil for frying a food product; a hood coupled to the base and having an inlet at an upstream section and an outlet at a downstream section; at least one conveyor configured to move food products from the inlet to the outlet; a first baffle member positioned over the at least one conveyor; and a second baffle member positioned over the at least one conveyor downstream of the first baffle member; wherein the first and second baffle members define a frying chamber therebetween and the first and second baffle members restrict air from flowing into the frying chamber from outside of the frying chamber, wherein the at least one conveyor comprises a plurality of side links coupled together via rod members that extend across width of the conveyor, the conveyor further comprising a plurality of slidable members positioned between the side links and a channel extending along at least a portion of the base, the channel configured to receive the plurality of slidable members of the at least one conveyor. a base having a reservoir for receiving oil for frying a food product; a hood coupled to the base and having an inlet at an upstream section and an outlet at a downstream section; at least one conveyor configured to move food products from the inlet to the outlet; a first baffle member positioned over the at least one conveyor; and a second baffle member positioned over the at least one conveyor downstream of the first baffle member; wherein the first and second baffle members define a frying chamber therebetween and the first and second baffle members restrict air from flowing into the frying chamber from outside of the frying chamber, wherein the at least one conveyor comprises a plurality of side links coupled together via rod members that extend across width of the conveyor, the conveyor further comprising a plurality of slidable members positioned between the side links and a channel extending along at least a portion of the base, the channel configured to receive the plurality of slidable members of the at least one conveyor.
Capsule containing a substance for the preparation of a potable beverage by extracting and/or dissolving the substance by means of supplying a fluid under pressure into the capsule, wherein the capsule comprises an aluminum capsule body having a central capsule body axis, said aluminum capsule body being provided with a bottom, a side wall and an outwardly extending flange, the capsule further comprising an aluminum cover attached to the outwardly extending flange, the cover hermetically closing the capsule, wherein the capsule further comprises a sealing member at the outwardly extending flange for providing a fluid sealing contact with an enclosing member of a beverage preparation device if the capsule is positioned in the enclosing member of the beverage preparation device and the enclosing member is closed by means of a closing member of the beverage preparation device, such as an extraction plate of the beverage preparation device, such that the outwardly extending flange of the capsule and at least a portion of the sealing member of the capsule are sealingly engaged between the enclosing member and the closing member of the beverage preparation device, wherein the enclosing member of the beverage preparation device comprises an annular element having a central annular element axis and a free contact end, said free contact end of the annular element optionally being provided with a plurality of radially extending open grooves, characterized in that, the sealing member is formed by the outwardly extending flange of the aluminum capsule body, wherein at least said outwardly extending flange is made of aluminum sponge.
High-molecular-weight, linear, neodymium-catalysed polybutadiene having a proportion, >95%, of cis-1,4 units and having a low proportion, <1%, of 1,2-vinyl content, and also having a small molar-mass-distribution index, characterized in that - Mooney viscosity (ML 1+4 100°C) of the polybutadiene is from 70 to 90 and - the molar-mass-distribution index of the polybutadiene is smaller than 10 and is the quotient obtained by dividing Mw (90%) by Mw (10%), wherein the molar-mass distribution of the polybutadiene at Mw 90% is < 1 000 000 g/mol and at Mw 10% is > 100 000 g/mol. - Mooney viscosity (ML 1+4 100°C) of the polybutadiene is from 70 to 90 and - the molar-mass-distribution index of the polybutadiene is smaller than 10 and is the quotient obtained by dividing Mw (90%) by Mw (10%), wherein the molar-mass distribution of the polybutadiene at Mw 90% is < 1 000 000 g/mol and at Mw 10% is > 100 000 g/mol.