mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a receiver arranged to receive random access resource information indicating a plurality of random access resource configurations and corresponding priority levels for the plurality of random access resource configurations via a system information block, wherein each random access resource configuration of the plurality of random access resource configurations comprises: a random access resource priority level, a subcarrier spacing of a preamble, a frequency domain interval of the random access resource, and a time domain interval of the random access resource; a processor arranged to determine a random access resource configuration from the plurality of random access resource configurations; and a transmitter arranged to transmit a random access signal using the random access resource configuration. a receiver arranged to receive random access resource information indicating a plurality of random access resource configurations and corresponding priority levels for the plurality of random access resource configurations via a system information block, wherein each random access resource configuration of the plurality of random access resource configurations comprises: a random access resource priority level, a subcarrier spacing of a preamble, a frequency domain interval of the random access resource, and a time domain interval of the random access resource; a random access resource priority level, a subcarrier spacing of a preamble, a frequency domain interval of the random access resource, and a time domain interval of the random access resource; a processor arranged to determine a random access resource configuration from the plurality of random access resource configurations; and a transmitter arranged to transmit a random access signal using the random access resource configuration.
A kit for mounting a plasterboard wall (1, 101), particularly housing electrical cables and piping, comprising: - at least one pair of uprights (2, 102) arranged to rest on the ground; - at least one first panel and at least one first additional panel; - each of said uprights (2, 102) having, on at least a first face (1a, 101a) of the wall, a first surface for fixing the at least one first panel lying in the plane defined by said first face (1a, 101a); - at least one box-shaped body connected to said uprights (2, 102) and having a longitudinal profile, an open side and a covering sheet closing it, in order to contain cables, wires, pipes and the like, which can be positioned on said first face (1a, 101a) and designed to be connected, by fixing means (6, 61, 62) to at least one between one upright (2, 102) of said pair of uprights (2, 102) and said at least a first panel; characterized in that said kit provides a template comprising an insertion body integral with a handle for gripping by the user, said insertion body having a lower part designed to rest on the at least one first panel fixed to a pair of uprights (2, 102) and an upper supporting part for the at least one first additional panel to be fixed on said pair of uprights (2, 102); wherein said box-shaped body is to be interposed between said first panel and said first additional panel substantially coplanar with said first panel, said first additional panel being designed to be fixed to said first surface. - at least one pair of uprights (2, 102) arranged to rest on the ground; - at least one first panel and at least one first additional panel; - each of said uprights (2, 102) having, on at least a first face (1a, 101a) of the wall, a first surface for fixing the at least one first panel lying in the plane defined by said first face (1a, 101a); - at least one box-shaped body connected to said uprights (2, 102) and having a longitudinal profile, an open side and a covering sheet closing it, in order to contain cables, wires, pipes and the like, which can be positioned on said first face (1a, 101a) and designed to be connected, by fixing means (6, 61, 62) to at least one between one upright (2, 102) of said pair of uprights (2, 102) and said at least a first panel; said kit provides a template comprising an insertion body integral with a handle for gripping by the user, said insertion body having a lower part designed to rest on the at least one first panel fixed to a pair of uprights (2, 102) and an upper supporting part for the at least one first additional panel to be fixed on said pair of uprights (2, 102); wherein said box-shaped body is to be interposed between said first panel and said first additional panel substantially coplanar with said first panel, said first additional panel being designed to be fixed to said first surface.
A sheet conveying device comprising: an aligning roller (41,42) configured to rotate in a forward direction along a sheet conveying direction (Vs), and stop rotation or rotate in a reverse direction opposite to the forward direction to align a sheet conveyed to a nip formed with the aligning roller (41,42); and a sheet guide disposed along a sheet conveyance path extending to the nip in the sheet conveying direction (Vs), and movable between a first position at which the sheet conveyance path has a first width in a thickness direction of the sheet and a second position at which the sheet conveyance path has a second width in the thickness direction less than the first width, wherein the sheet guide is at the first position when the aligning roller (41,42) stops rotation or rotates in the reverse direction for sheet alignment and at the second position when the aligning roller (41,42) rotates in the forward direction for sheet conveyance, characterized in that the sheet guide is attached to the aligning roller (41,42) and moves to the second position in accordance with rotation of the aligning roller (41,42) in the forward direction. an aligning roller (41,42) configured to rotate in a forward direction along a sheet conveying direction (Vs), and stop rotation or rotate in a reverse direction opposite to the forward direction to align a sheet conveyed to a nip formed with the aligning roller (41,42); and a sheet guide disposed along a sheet conveyance path extending to the nip in the sheet conveying direction (Vs), and movable between a first position at which the sheet conveyance path has a first width in a thickness direction of the sheet and a second position at which the sheet conveyance path has a second width in the thickness direction less than the first width, wherein the sheet guide is at the first position when the aligning roller (41,42) stops rotation or rotates in the reverse direction for sheet alignment and at the second position when the aligning roller (41,42) rotates in the forward direction for sheet conveyance, characterized in that the sheet guide is attached to the aligning roller (41,42) and moves to the second position in accordance with rotation of the aligning roller (41,42) in the forward direction.
Method for preparation of a target product for batch and/or in-line mixing of its "n" components from different flows from said components at controlled concentrations and/or flow rates, with optional incorporation of additives, said target product having to be marketed with a set of ranges of physico-chemical characteristic values, method comprising the steps according to which a batch and/or continuous mixer is fed said components at controlled concentrations and/or flow rates, and: 1. at least one spectral datum characterizing the target product is available and which defines its spectral range 2. spectral data are available, each individually characterizing at least two - preferably all the "n" - components of the target product, 3. a computer program is used which makes it possible to calculate the ranges of respective proportions of said components necessary for reconstituting the spectral datum of the target product belonging to the spectral range of the target product from the spectral data of Step 2, and 4. the ranges of respective proportions of the constituents of step 3 are used to control the concentrations and/or flow rates of the components fed into the mixer so as to prepare the target product. 1. at least one spectral datum characterizing the target product is available and which defines its spectral range 2. spectral data are available, each individually characterizing at least two - preferably all the "n" - components of the target product, 3. a computer program is used which makes it possible to calculate the ranges of respective proportions of said components necessary for reconstituting the spectral datum of the target product belonging to the spectral range of the target product from the spectral data of Step 2, and 4. the ranges of respective proportions of the constituents of step 3 are used to control the concentrations and/or flow rates of the components fed into the mixer so as to prepare the target product.
A method comprising: receiving, by a base station distributed unit from a base station central unit, assistance information associated with a wireless device, wherein the assistance information comprises: a traffic periodicity field, and a timing offset field; determining, by the base station distributed unit and based on the assistance information, configuration parameters of at least one resource for the wireless device; sending, by the base station distributed unit to the base station central unit, a message associated with the configuration parameters; and sending, by the base station distributed unit to the wireless device, an indication of activation of the at least one resource. a traffic periodicity field, and a timing offset field; determining, by the base station distributed unit and based on the assistance information, configuration parameters of at least one resource for the wireless device; sending, by the base station distributed unit to the base station central unit, a message associated with the configuration parameters; and sending, by the base station distributed unit to the wireless device, an indication of activation of the at least one resource.
Transformer assembly, comprising: - a cylindrical inner housing and a cylindrical outer housing partially surrounding the cylindrical inner housing, the cylindrical inner housing and the cylindrical outer housing forming an enclosure, wherein the enclosed volume of the enclosure between the cylindrical inner housing and the cylindrical outer housing is filled with an insulating liquid; - at least one winding (22, 23) in the enclosed volume and - a first cooling means arranged in or at an inner surface of the outer housing to provide cooling for the at least one winding (22, 23). - a cylindrical inner housing and a cylindrical outer housing partially surrounding the cylindrical inner housing, the cylindrical inner housing and the cylindrical outer housing forming an enclosure, wherein the enclosed volume of the enclosure between the cylindrical inner housing and the cylindrical outer housing is filled with an insulating liquid; - at least one winding (22, 23) in the enclosed volume and - a first cooling means arranged in or at an inner surface of the outer housing to provide cooling for the at least one winding (22, 23).
A manipulator arm, comprising at least one arm body for carrying a to-be-carried object, wherein the arm body is provided with a suction plate for sucking the to-be-carried object, the arm body is of a plate shape, the suction plate is of a plate shape, and the arm body and the suction plate are stacked together; a width of the suction plate on the arm body is identical to a width of the arm body; the suction plate is provided with a plurality of vacuum suction holes, the plurality of vacuum suction holes is uniformly distributed in a matrix on the suction plate, the arm body is provided with a plurality of holes in one-to-one correspondence with the plurality of vacuum suction holes of the suction plate; the arm body further comprises a vacuum cavity connected to the plurality of vacuum suction holes; a diameter of the vacuum suction hole is in the range of 0.1mm∼0.5mm, a distance between two adjacent vacuum suction holes is in the range of 5mm∼10mm; the arm body is a carbon fiber arm body made of a carbon fiber material, and the suction plate is an anti-static plate made of an anti-static material.
Refrigeration appliance having a carcass provided with a door and at least two storage compartments formed in the carcass, each of which is closed by means of a cover panel (4, 4', 4"), wherein an upper panel of the two cover panels (4, 4') is pivotable about an axis, which is stationary on the carcass at least in the depth direction of the carcass and which runs in a plane touching the front side of the cover panels (4, 4', 4") or in front of said plane, in front of the lower cover panel (4', 4"), characterised in that the axis runs through articulated arms which are releasably attached to the cover panel and to the sidewalls of the carcass.
A food composition comprising a solution of: (a) 5,000 ppm to 300,000 ppm steviol glycoside; (b) 1,000 ppm to 995,000 ppm food grade non-aqueous solvent; (c) 100 ppm to 600,000 ppm acid; with a balance being water. (a) 5,000 ppm to 300,000 ppm steviol glycoside; (b) 1,000 ppm to 995,000 ppm food grade non-aqueous solvent; (c) 100 ppm to 600,000 ppm acid;
A mobile terminal with routing function for supporting multiple-mode access, characterized by comprising: an Asymmetrical Digital Subscriber Line ADSL interface module, a Third Generation 3G communication interface module, a Wireless Fidelity WIFI module and a main control module; wherein the ADSL interface module is configured to access ADSL wired broadband network; the 3G communication interface module is configured to access wireless broadband network; the WIFI module is configured to establish wireless local area network; and the main control module is configured to establish a first data transmission channel for connecting with the ADSL interface module, establish a second data transmission channel for connecting with the 3G communication interface module and control the WIFI module to access the first data transmission channel or the second data transmission channel; the main control module further comprises: a signal detection circuit, a channel control circuit; wherein the signal detection circuit is configured to detect the wireless broadband signals accessed by the 3G communication interface module or the ADSL signals accessed by the ADSL interface module; and the channel control circuit is configured to control the WIFI module to access the first data transmission channel or the second data transmission channel according to the detection result of the signal detection circuit; when the signal detection circuit detects the ADSL signals, the channel control circuit is further configured to control the WIFI module to priority access the first data transmission channel. the channel control circuit is further configured to control the WIFI module to access the first data transmission channel by disconnecting the power supply of the 3G communication interface module; and control the WIFI module to access the second data transmission channel by disconnecting the power supply of the ADSL interface module.
A UV-curable hot-melt adhesive composition containing (a) at least one UV-curable urethane (meth)acrylate, wherein the urethane (meth)acrylate can be obtained by reacting an NCO-functional polyurethane prepolymer with a molar excess of hydroxy-modified and/or amine-modified (meth)acrylates; (b) at least one (meth)acrylate monomer or oligomer, wherein the at least one (meth)acrylate monomer or oligomer comprises an acid-modified (meth)acrylate having an acid number of from 50 to 400 mg KOH/g, preferably from 100 to 200 mg KOH/g; and (c) at least one photoinitiator. (a) at least one UV-curable urethane (meth)acrylate, wherein the urethane (meth)acrylate can be obtained by reacting an NCO-functional polyurethane prepolymer with a molar excess of hydroxy-modified and/or amine-modified (meth)acrylates; (b) at least one (meth)acrylate monomer or oligomer, wherein the at least one (meth)acrylate monomer or oligomer comprises an acid-modified (meth)acrylate having an acid number of from 50 to 400 mg KOH/g, preferably from 100 to 200 mg KOH/g; and (c) at least one photoinitiator.
A device for reducing vibrations and sounds in a structure, comprising at least one dynamic element, which extends along two main axes (y, z), at least one spring element, which is connected to the dynamic element and which is adapted to be connected to the structure, and a primary connection element, which extends in parallel to the axis (x) of rotation and which forms the spring element (5, 5'), characterized in that the dynamic element has a differing mass-moment of inertia with respect to the two main axes (y, z), and that the dynamic element is rotatable in relation to the structure around the axis (x) of rotation, which is perpendicular to the two main axes (y, z).
A method for making an aqueous mixture comprising at least 50% by weight water for application to concrete pavements for protection against water associated problems, comprising: forming a dilute mixture of at least a surfactant and emulsifier; gradually adding sodium silicate to water in a reactor and mixing; gradually adding the surfactant/emulsifier mix to the sodium silicate mix; adding to water tartaric acid in small portions at a time while continuously agitating; adding sodium carbonate in small portions at a time to the tartaric acid mix; gradually adding the surfactant/emulsifier/sodium silicate mix to the tartaric acid/sodium carbonate mix; slowly introducing potassium methyl siliconate to the surfactant/emulsifier/sodium silicate/tartaric acid/sodium carbonate mix and mixing; and letting the material settle for approximately one hour while covered before containerizing; whereby a container maintained above 10 degrees C has a shelf life of at least six months. forming a dilute mixture of at least a surfactant and emulsifier; gradually adding sodium silicate to water in a reactor and mixing; gradually adding the surfactant/emulsifier mix to the sodium silicate mix; adding to water tartaric acid in small portions at a time while continuously agitating; adding sodium carbonate in small portions at a time to the tartaric acid mix; gradually adding the surfactant/emulsifier/sodium silicate mix to the tartaric acid/sodium carbonate mix; slowly introducing potassium methyl siliconate to the surfactant/emulsifier/sodium silicate/tartaric acid/sodium carbonate mix and mixing; and letting the material settle for approximately one hour while covered before containerizing; whereby a container maintained above 10 degrees C has a shelf life of at least six months.
An apparatus for processing a suspension, comprising a vessel provided with means for supplying the suspension, at least one filtering element, means for discharging liquid coming from said suspension, which liquid passes the filtering element, so that a packed bed can form near said filtering element, means for disintegrating or breaking up said packed bed with the aid of the impulse of a washing liquid and means for discharging the washing liquid in which particles from the bed are incorporated, wherein the means for disintegrating the packed bed comprise a recirculating circuit in which washing liquid having therein solid particles incorporated from the bed is discharged from the vessel and is supplied back to the vessel, wherein in said circuit, the drained washing liquid is heated by means of a heat exchanger and the impulse is provided to the washing liquid bv a pump, characterized in that means are provided for directing the washing liquid towards the portion of the bed that is to be disintegrated: by introducing it tangentially along the inside circumference of the flushing chamber, which is defined by the space in which the particles detached from the packed bed are mixed in the washing liquid; or by providing hollow guiding elements, which are designed such that said washing liquid is first in heat exchanging contact with the inside of element, and then the washing liquid leaves the hollow elements via a slit or different outflow opening in order to form jets, which jets leave the outflow openings, preferably in the direction perpendicular to the central axis of the guiding elements. by introducing it tangentially along the inside circumference of the flushing chamber, which is defined by the space in which the particles detached from the packed bed are mixed in the washing liquid; or by providing hollow guiding elements, which are designed such that said washing liquid is first in heat exchanging contact with the inside of element, and then the washing liquid leaves the hollow elements via a slit or different outflow opening in order to form jets, which jets leave the outflow openings, preferably in the direction perpendicular to the central axis of the guiding elements.
An interlayer film for laminated glass, having one-layer structure or a two or more layer-structure, comprising: a first layer which contains a polyvinyl acetal resin, a plasticizer, and silica particles, has a glass transition temperature, as measured according to the method in the description, of 10°C or lower, and has an elastic modulus, as measured according to the method in the description, of 285,000 Pa or greater at 30°C, wherein when a laminated glass is obtained by interposing the interlayer film for laminated glass between two sheets of green glass having a thickness of 2 mm based on JIS R3208, a visible light transmittance, as measured according to JIS R3211, of the obtained laminated glass is 70% or greater. a first layer which contains a polyvinyl acetal resin, a plasticizer, and silica particles, has a glass transition temperature, as measured according to the method in the description, of 10°C or lower, and has an elastic modulus, as measured according to the method in the description, of 285,000 Pa or greater at 30°C, wherein when a laminated glass is obtained by interposing the interlayer film for laminated glass between two sheets of green glass having a thickness of 2 mm based on JIS R3208, a visible light transmittance, as measured according to JIS R3211, of the obtained laminated glass is 70% or greater.