mhurhangee/ep-ind-claims huggingface dataset:
A wireless device (110, 200, 491, 492, 530, 50) operable to: determine one of a plurality of time-domain resource allocation tables based on first information received from a network node, wherein a time-domain resource allocation table comprises a plurality of entries corresponding to a respective time-domain resource allocation and different combinations of starting orthogonal frequency division multiplexing, OFDM, symbol position and duration in OFDM symbols for the time-domain resource allocation; and determine a time-domain resource allocated to the wireless device for transmission or reception of a wireless signal based on the determined one of the plurality of time-domain resource allocation tables and second information received from the network node different from the first information, the second information indicating which of the plurality of entries of the determined one of the plurality of time-domain resource allocation tables to use to determine the time-domain resource allocated to the wireless device. determine one of a plurality of time-domain resource allocation tables based on first information received from a network node, wherein a time-domain resource allocation table comprises a plurality of entries corresponding to a respective time-domain resource allocation and different combinations of starting orthogonal frequency division multiplexing, OFDM, symbol position and duration in OFDM symbols for the time-domain resource allocation; and determine a time-domain resource allocated to the wireless device for transmission or reception of a wireless signal based on the determined one of the plurality of time-domain resource allocation tables and second information received from the network node different from the first information, the second information indicating which of the plurality of entries of the determined one of the plurality of time-domain resource allocation tables to use to determine the time-domain resource allocated to the wireless device.
Capsule comprising a casing provided with a base wall and with a side wall defining an open cavity and suitable to contain a product to be combined with a fluid to make an final product, said base wall having such a thickness as to be perforable and comprising a first central portion, particularly substantially flat, and a second peripheral portion, particularly substantially frusto-conical, the latter being interposed between said first portion and said side wall, said capsule comprising - a stiffening element (10; 20) fixed within said cavity to an inner surface of said base wall to stiffen the latter, said stiffening element comprising a first wall (11; 21) and a second wall (12; 22) intended to abut respectively on said first portion and said second portion of said base wall; - said stiffening element being provided with at least one through opening (15; 25) made at a preset portion (16; 26) of said base wall arranged to be perforated by extraction means of a dispensing machine to enable the final product to outflow, - wherein said through opening is made in said first wall or in said second wall and said portion to be perforated is respectively comprised in said first portion or in said second peripheral portion of said base wall; or - wherein said stiffening element is provided with a plurality of through openings obtained on said second wall and said portion to be perforated is comprised in said second peripheral portion of said base wall. - a stiffening element (10; 20) fixed within said cavity to an inner surface of said base wall to stiffen the latter, said stiffening element comprising a first wall (11; 21) and a second wall (12; 22) intended to abut respectively on said first portion and said second portion of said base wall; - said stiffening element being provided with at least one through opening (15; 25) made at a preset portion (16; 26) of said base wall arranged to be perforated by extraction means of a dispensing machine to enable the final product to outflow, - wherein said through opening is made in said first wall or in said second wall and said portion to be perforated is respectively comprised in said first portion or in said second peripheral portion of said base wall; or - wherein said stiffening element is provided with a plurality of through openings obtained on said second wall and said portion to be perforated is comprised in said second peripheral portion of said base wall.
A method for softening swimming and bathing pool water, wherein a softening plant is used, wherein an oxidizing agent is added to the swimming and bathing pool water, which serves to disinfect the swimming or bathing pool water, wherein the swimming and bathing pool water is guided over a molecular sieve, wherein a zeolite is used as molecular sieve, characterized in that the molecular sieve is disinfected by means of the oxidizing agent, wherein chlorine is dosed as oxidizing agent into an inlet of a container by means of the molecular sieve, or ozone is dosed into an inlet of a container by means of the molecular sieve or into a salt-dissolving container for regeneration of the molecular sieve, and wherein the dosing takes place at least during a regeneration, wherein the concentration of the oxidizing agent during the regeneration phase is set to be at least 1.5-times higher than in a regular operation of the softening plant, wherein maximally 0.6 mg/l of chorine (free chlorine) or maximally up to 0.05 mg/l of ozone, respectively, is present in the swimming or bathing pool water.
A method of providing location-based messaging, said method comprising: finding one or more positional characteristics of a set of wireless message-receiving devices (A-M); finding one or more subsets of wireless message-receiving devices (A-M), the members of which subsets have similar positional characteristics; said method being characterised by identifying said subset as a group on the basis of those individuals sharing similar positional characteristics; calculating the centre of said group; and sending to each member of said group, the same group-specific message appropriate to the location at the centre of said group. finding one or more positional characteristics of a set of wireless message-receiving devices (A-M); finding one or more subsets of wireless message-receiving devices (A-M), the members of which subsets have similar positional characteristics; said method being characterised by identifying said subset as a group on the basis of those individuals sharing similar positional characteristics; calculating the centre of said group; and sending to each member of said group, the same group-specific message appropriate to the location at the centre of said group.
Wedge for a power train, in particular for a motor vehicle, comprising: - two inserts each comprising a fixing interface with a structural element of said motor vehicle, - a part made of a thermoplastic material providing a connection between said inserts and an elastic part, and - a limiter of elongated shape and provided with a fastening means with an intermediate piece intended to be fixed to said powertrain, - said limiter comprising ends superimposed with a part of said inserts in a vertical direction, characterized in that the limiter comes to rest against the inserts via the thermoplastic part during the application of a vertical force. - two inserts each comprising a fixing interface with a structural element of said motor vehicle, - a part made of a thermoplastic material providing a connection between said inserts and an elastic part, and - a limiter of elongated shape and provided with a fastening means with an intermediate piece intended to be fixed to said powertrain, - said limiter comprising ends superimposed with a part of said inserts in a vertical direction,
A method for preparing a graphene-modified flame-retardant and UV-resistant polyester fiber, comprising uniformly mixing 100 parts by weight of a graphene/PET nanocomposite material and 0-10 parts by weight of an auxiliary agent, spinning, cooling, oiling, drawing, and winding, wherein the graphene/PET nanocomposite material comprises single-layer graphene sheets and PET and the surface of the graphene sheet and the PET molecule are connected by a covalent bond, to obtain the graphene-modified flame-retardant and UV-resistant polyester fiber,, wherein the graphene/PET nanocomposite material is prepared through a method comprising the following steps: drying a dispersion of single-layer graphene oxide with a size of 1-50 μm by atomization drying to obtain pleated graphene oxide microspheres having a carbon/oxygen ratio of 2.5-5; fully mixing 100 parts by weight of terephthalic acid, 48-67 parts by weight of ethylene glycol, and 0.02 part by weight of sodium acetate by stirring, and subjecting the mixture to an esterification reaction at 250°C; and adding 0.0117-5.85 parts by weight of the pleated spherical graphene oxide obtained in Step and 0.018 part by weight of a catalyst to the esterification product obtained in Step, incubating with stirring for 1-3 hrs, heating to 285°C and evacuating to allow the reaction to proceed until no heat is released from the system, and then granulating with water cooling to obtain a graphene/PET nanocomposite material. drying a dispersion of single-layer graphene oxide with a size of 1-50 μm by atomization drying to obtain pleated graphene oxide microspheres having a carbon/oxygen ratio of 2.5-5; fully mixing 100 parts by weight of terephthalic acid, 48-67 parts by weight of ethylene glycol, and 0.02 part by weight of sodium acetate by stirring, and subjecting the mixture to an esterification reaction at 250°C; and adding 0.0117-5.85 parts by weight of the pleated spherical graphene oxide obtained in Step and 0.018 part by weight of a catalyst to the esterification product obtained in Step, incubating with stirring for 1-3 hrs, heating to 285°C and evacuating to allow the reaction to proceed until no heat is released from the system, and then granulating with water cooling to obtain a graphene/PET nanocomposite material.
An X-ray tube insert (14, 80), comprising: a cathode; an anode, operatively coupled to the cathode such that the operation of the cathode and anode produces radiation; a cylindrical X-ray tube insert housing with an X-ray tube insert window (30, 84), wherein the cathode and the anode are arranged in the cylindrical X-ray tube insert housing; and a flow director (24, 86, 100, 150) attached on the X-ray tube insert housing including a body being arc-shaped and including a passage configured to receive a coolant flow through said passage, wherein the arc of the body is compatible with the arc of the cylindrical X-ray tube insert housing, the body having a first wall and a second wall being arc-shaped with the second wall containing at least one opening or notch (110, 112); and at least one nozzle (26, 88, 122, 152) attached to the second wall at the area of the at least one opening or notch (110, 112) and thereby being in fluid communication with the body, each of the at least one nozzle having two side walls and a rear wall forming an U-shaped formation, wherein the U shaped formation is bent to form an angle such that the channel of the U-shaped formation matches with the respective opening or notch (110, 112) of the second wall to provide a fluid communication channel between the coolant passage and the nozzle to direct at least a portion of the coolant flow towards and across an outer surface of the X-ray tube insert window (30, 84) to be cooled by the coolant flow. a cathode; an anode, operatively coupled to the cathode such that the operation of the cathode and anode produces radiation; a cylindrical X-ray tube insert housing with an X-ray tube insert window (30, 84), wherein the cathode and the anode are arranged in the cylindrical X-ray tube insert housing; and a flow director (24, 86, 100, 150) attached on the X-ray tube insert housing including a body being arc-shaped and including a passage configured to receive a coolant flow through said passage, wherein the arc of the body is compatible with the arc of the cylindrical X-ray tube insert housing, the body having a first wall and a second wall being arc-shaped with the second wall containing at least one opening or notch (110, 112); and at least one nozzle (26, 88, 122, 152) attached to the second wall at the area of the at least one opening or notch (110, 112) and thereby being in fluid communication with the body, each of the at least one nozzle having two side walls and a rear wall forming an U-shaped formation, wherein the U shaped formation is bent to form an angle such that the channel of the U-shaped formation matches with the respective opening or notch (110, 112) of the second wall to provide a fluid communication channel between the coolant passage and the nozzle to direct at least a portion of the coolant flow towards and across an outer surface of the X-ray tube insert window (30, 84) to be cooled by the coolant flow.
A method of adjusting a transmitter configuration of a base station transmitter of a cell of a wireless communications network, the method comprising: receiving indications of received power of a wireless signal measured at user equipments over a first period of time, determining a generic change in the received power at user equipments in an area of interest over a second period of time from the indications of received power at chosen ones of the user equipments in the area of interest, wherein the user equipments chosen to represent reference points within the area of interest have variability of the received power at or below a threshold, and causing an adjustment to be made of the transmitter configuration based on the determined generic change in the received power. receiving indications of received power of a wireless signal measured at user equipments over a first period of time, determining a generic change in the received power at user equipments in an area of interest over a second period of time from the indications of received power at chosen ones of the user equipments in the area of interest, wherein the user equipments chosen to represent reference points within the area of interest have variability of the received power at or below a threshold, and causing an adjustment to be made of the transmitter configuration based on the determined generic change in the received power.
A printed circuit board assembly of an implantable medical device, comprising printed circuit board and sensor device disposed on the printed circuit board, the sensor device is bonded to the circuit board via an adhesive layer, wherein the adhesive layer is formed from an adhesive compound in which glass spheres are embedded, whereby the glass spheres have a modulus of elasticity between 40000 N/mm 2 and 90000 N/mm 2 characterized in that the proportion of glass spheres in the adhesive layer is between 5% and 40% by weight. the glass spheres have a modulus of elasticity between 40000 N/mm 2 and 90000 N/mm 2 characterized in that the proportion of glass spheres in the adhesive layer is between 5% and 40% by weight.
A link holder for constraining movement of a pivotable link terminated by a quick release hook on a vehicle or machine, which hook has a mouth portion with an opening of a predetermined size when the hook is closed, wherein the link holder comprises an elongated body and a ball element attached to a first end of the elongated body, wherein the opposite end of the elongated body is attachable to the vehicle or machine, and wherein the ball element has a cross-section greater than the predetermined size and is formed to be compressible to a cross-section less than the predetermined size.
A liquid herbicidal composition comprising: a non-aqueous solvent system; one or more sulfonylurea herbicides, provided that at least one sulfonylurea herbicide is present in the liquid composition in an amount of 10 wt.% or less; and two or more surfactants; characterized in that: 80 wt.% to 100 wt.% of the total amount of surfactant in the liquid composition is made up of surfactants selected from the surfactant classes 1-14 listed below; and at least two different surfactant classes 1-14 each account for 10 wt.% or more of the total amount of surfactant in the liquid composition, characterized in that the surfactant classes 1-4 in total account for 60 to 90 wt.% of the total amount of surfactant in the liquid composition and the surfactant classes 5-14 in total account for 10 to 40 wt.% of the total amount of surfactant in the liquid composition: Class 1 Alkyl end-capped fatty alcohol alkoxylates; Class 2 Alkylbenzene sulfonates having a counterion that does not contain nitrogen; Class 3 Metallic stearates; Class 4 Fatty acid-polyalkylene glycol ABA-block copolymers. Class 5 Fatty alcohol alkoxylates; Class 6 Fatty acid alkoxylates; Class 7 Ethoxylated castor oil; Class 8 Sorbitan esters; Class 9 Ethoxylated sorbitan esters; Class 10 EO/PO/EO Block copolymer; Class 11 Tristyrylphenol ethoxylates; Class 12 Tristyrylphenol ethoxylates sulphate esters having a counterion that does not contain nitrogen; Class 13 Tristyrylphenol ethoxylates phosphate esters having a counterion that does not contain nitrogen; and Class 14 Ethoxylated alkyl phosphate esters having a counterion that does not contain nitrogen. a non-aqueous solvent system; one or more sulfonylurea herbicides, provided that at least one sulfonylurea herbicide is present in the liquid composition in an amount of 10 wt.% or less; and two or more surfactants; 80 wt.% to 100 wt.% of the total amount of surfactant in the liquid composition is made up of surfactants selected from the surfactant classes 1-14 listed below; and at least two different surfactant classes 1-14 each account for 10 wt.% or more of the total amount of surfactant in the liquid composition, characterized in that the surfactant classes 1-4 in total account for 60 to 90 wt.% of the total amount of surfactant in the liquid composition and the surfactant classes 5-14 in total account for 10 to 40 wt.% of the total amount of surfactant in the liquid composition: Class 1 Alkyl end-capped fatty alcohol alkoxylates; Class 2 Alkylbenzene sulfonates having a counterion that does not contain nitrogen; Class 3 Metallic stearates; Class 4 Fatty acid-polyalkylene glycol ABA-block copolymers. Class 5 Fatty alcohol alkoxylates; Class 6 Fatty acid alkoxylates; Class 7 Ethoxylated castor oil; Class 8 Sorbitan esters; Class 9 Ethoxylated sorbitan esters; Class 10 EO/PO/EO Block copolymer; Class 11 Tristyrylphenol ethoxylates; Class 12 Tristyrylphenol ethoxylates sulphate esters having a counterion that does not contain nitrogen; Class 13 Tristyrylphenol ethoxylates phosphate esters having a counterion that does not contain nitrogen; and Class 14 Ethoxylated alkyl phosphate esters having a counterion that does not contain nitrogen.
Two-stroke internal combustion engine comprising at least one cylinder, which is provided with a combustion chamber and an outlet, and a crankcase which is provided with a crankshaft and is in flow connection with the combustion chamber via at least one overflow channel (9, 10), wherein the internal combustion engine has two injectors (13, 14) and fuel can be introduced by means of only one injector (13, 14) in the event of a first engine load and by means of both injectors (13, 14) in the event of a second engine load, characterised in that the internal combustion engine has two overflow channels (9, 10) per cylinder, wherein the respective overflow channel (9, 10) is provided with a respective injector (13, 14) and the internal combustion injection is designed to inject fuel into the overflow channel (9, 10) from the crankcase to the combustion chamber largely counter to the overflow direction.
Pan system for a machine housing structure of an internal combustion engine, which has two inner and outer pans which are nested in one another, are trough-shaped in cross section and have bottoms and upright walls, from which the inner pan receives lubricating oil from the internal combustion engine, and the outer pan, together with the bottom and the upright walls, extends at least in regions at a distance from the bottom and the walls of the inner pan, such that a channel-like intermediate space is formed which contains the cooling liquid of the internal combustion engine for influencing the temperature of the inner pan, ribs being provided on the inner walls and the outer walls, and the inner pan and the outer pan interacting by means of a support system, characterized in that the inner pan and the outer pan consist of metal material and the inner pan is provided with a cooling rib system on an inner side of the bottom and on the upright walls (6 and 7) for optimizing heat transfer and in that the cooling rib system is provided on the outer side of the upright walls (9 and 10) of the inner pan and has wall cooling ribs (38 and 39), the support system being active between the bottoms (8 and 11) of the inner pan and the outer pan and in that the upright walls (9, 10 and 12 and 13) of the inner pan and the outer pan are connected to the machine housing structure, which support system has a bearing pin on the bottom of the inner pan, which bearing pin, together with a support collar, rests on a receiving bush of the bottom of the outer pan, the bearing pin, together with a guiding pin, protruding into a bore in the receiving bush.