mhurhangee/ep-ind-claims huggingface dataset:
A method of inkjet printing in a high efficiency production of hygienic articles, having a print image, on a converting line including at least two inkjet print stations (101, 701), wherein each of the inkjet print stations comprises at least two inkjet print heads (112, 114, 712, 714), the method comprising the steps of: (a) providing a substrate moving in a web direction at a first velocity; (b) printing on the substrate a first plurality of images by a first inkjet print head of the first print station and a first inkjet print head of the second print station, both print stations being disposed in proximity to the substrate, the images being separated from each other in the web direction at a pitch interval; (c) switching from the first inkjet print of the first print station to a second inkjet print head continues of the first print station while the substrate continues its movement; and (d) printing on the substrate a second plurality of images by the second inkjet print head of the first print station and the first inkjet print head of the second print station, both print stations being disposed in proximity to the substrate, the images being separated from each other at the pitch interval, wherein the first plurality of images is separated from the second plurality of images by an unprinted region in the web direction, wherein the unprinted region is no greater than 50 times the pitch interval. (a) providing a substrate moving in a web direction at a first velocity; (b) printing on the substrate a first plurality of images by a first inkjet print head of the first print station and a first inkjet print head of the second print station, both print stations being disposed in proximity to the substrate, the images being separated from each other in the web direction at a pitch interval; (c) switching from the first inkjet print of the first print station to a second inkjet print head continues of the first print station while the substrate continues its movement; and (d) printing on the substrate a second plurality of images by the second inkjet print head of the first print station and the first inkjet print head of the second print station, both print stations being disposed in proximity to the substrate, the images being separated from each other at the pitch interval,
A method for the treatment of wood particles for use in the production of alcoholic beverages, comprising the steps of: a) washing the wood particles with water under agitation at a temperature of at least 60°C; wherein the wood particles may optionally already be toasted, b) removing the water from the wood particles, c) the thermal drying of the wood particles, d) toasting the wood particles to obtain wood particles according to the invention, e) optionally the incubation of the wood particles according to the invention with an aroma-bearing liquid, subsequent removal of any supernatant aroma-bearing liquid and optionally the subsequent drying of the wood particles according to the invention to obtain aromatised wood particles according to the invention. a) washing the wood particles with water under agitation at a temperature of at least 60°C; wherein the wood particles may optionally already be toasted, b) removing the water from the wood particles, c) the thermal drying of the wood particles, d) toasting the wood particles to obtain wood particles according to the invention, e) optionally the incubation of the wood particles according to the invention with an aroma-bearing liquid, subsequent removal of any supernatant aroma-bearing liquid and optionally the subsequent drying of the wood particles according to the invention to obtain aromatised wood particles according to the invention.
A polyethylene composition comprising a base resin which comprises a first ethylene homo- or copolymer fraction, and a second ethylene homo- or copolymer fraction, fraction having a lower molecular weight than fraction, wherein the polyethylene composition has a MFR 5 of not more than 0.2 g/10 min, determined according to ISO 1133 at 190 °C and at a load of 5.0 kg; a MFR 21 of not more than 5.0 g/10 min, determined according to ISO 1133 at 190 °C and at a load of 21.6 kg, and the relationship between pressure resistance (STPR) according to ISO 1167-1:2006, measured at 12.4 MPa and 20 °C in hours and tensile modulus, measured according to ISO 527-2:1993 in MPa fulfils the following inequation: log STPR h > − 4.5936 + 0.00624 * TM MPa + 0.35, wherein the polyethylene composition has a short term pressure resistance Form (STPR) measured according to ISO 1167-1:2006 at 20 °C and 12.4 MPa of at least 1000 h. a first ethylene homo- or copolymer fraction, and a second ethylene homo- or copolymer fraction,
Bus arrangement, comprising - a coordinator, - a first subscriber, - a first subscriber arrangement having a second subscriber and - a bus, which couples the coordinator to the first and the second subscriber (11, 12), wherein the first subscriber is arranged between the coordinator and the second subscriber at the bus, wherein the bus comprises a first signal line, which couples the first subscriber and the coordinator, a second signal line, which connects the second subscriber to the first subscriber, and at least one bus line, which connects the coordinator to the first and the second subscriber (11, 12), and wherein the bus arrangement is designed such that the first subscriber arrangement in an operation phase (B, B', B") can be decoupled from the bus, and the bus arrangement is not designed such that the first subscriber in an operation phase (B, B', B") can be decoupled from the bus. - a coordinator, - a first subscriber, - a first subscriber arrangement having a second subscriber and - a bus, which couples the coordinator to the first and the second subscriber (11, 12), wherein the first subscriber is arranged between the coordinator and the second subscriber at the bus,
A reciprocating compressor having a crankshaft acting as a centrifugal oil pump, the crankshaft comprising a main shaft connected to an eccentric pin and having a lubricating bore extending linearly from a cylindrical surface of said eccentric pin to a cylindrical surface of a body of the main shaft, wherein said lubricating bore has a center line contained in a first plane (B-B), the first plane (B-B) being parallel to, but not containing a geometrical axis coincident with the center line of main shaft, and being angularly displaced by an angle relative to a second plane defined by the center line of said main shaft and the center line of said eccentric pin ensuring a radial depth at or below 4.0 mm, wherein the radial depth is measured from an inner surface of the lubricating bore relative to the cylindrical surface of the body of said main shaft, wherein said main shaft is connected to said eccentric pin by means of a peripheral flange, and wherein the lubricating bore is positioned and dimensioned to result in a minimum wall thickness ("esp.1" and "esp.2") of 1.00 mm.
Automated parking system, having one or more overlapped floors, and comprising a movable platform for transporting motor-vehicles towards and from parking positions selected in advance, such system including a modular constructive structure made with materials for building constructions or with a plurality of metallic section bars adequately shaped and joined to each other, delimiting one or more horizontal floors for parking the motor-vehicles arranged onto said such movable platform, the system including also centralized electronic control means adapted to control said movable platform and elevator means for transporting said movable platform to the different parking floors, said movable platform comprising a differently shaped flat plate, provided on its lower surface with a set of separate wheels for sliding alternately into the floor of each parking floor and on to the load bearing structures where the parking places are realized, and wherein said movable platform is driven respectively in the longitudinal or transversal directions thereof by first and second driving means (29, 33, 31; 30, 34, 32), and from the one to the other one of the longitudinal or transversal directions by rotation means (47', 48, 49), said first and second driving means (29, 33, 31; 30, 34, 32) and said rotation means (47', 48, 49) being controlled by said centralized electronic control means, and said first and second driving means (29, 33, 31; 30, 34, 32) are provided into each parking floor, characterized in that said rotation means (47', 48, 49) are provided into each parking floor, said rotation means (47', 48, 49) comprise a movable coupling disc, and first and second powered means (47', 49), housed into a corresponding cavity provided in the floor on each parking place, said coupling disc being able to be coupled and uncoupled with respect to a corresponding central through opening shaped with steps and provided into each movable plate, by means of an alternate vertical displacement of said disc by said first powered means, from a lowered rest position in which said disc is disconnected and uncoupled with respect to said through opening, under the condition in which said movable platform remains stationary in the starting position thereof and cannot be rotated, to a raised working position in which said disc is inserted and coupled with respect to said through opening, under the condition in which said movable platform may be displaced and rotated into its other orientation position, and said second powered means are adapted to drive in rotation said disc, to determine the rotation of said movable platform from the one to the other one of its longitudinal and transversal orientation positions.
Substance, for use as an injectable drug for treating cancer, characterised in that the substance has the formula: in which W is an active ingredient, the active ingredient being a cytostatic agent, SM is a spacer molecule, PM is a protein-binding molecule, X is a chemical group between the active ingredient and the spacer, selected from: in which R = H, alkyl, phenyl or substituted phenyl, and Z = chemical group of the active ingredient. W is an active ingredient, the active ingredient being a cytostatic agent, SM is a spacer molecule, PM is a protein-binding molecule, X is a chemical group between the active ingredient and the spacer, selected from: in which R = H, alkyl, phenyl or substituted phenyl, and Z = chemical group of the active ingredient. R = H, alkyl, phenyl or substituted phenyl, and Z = chemical group of the active ingredient.
A method of controlling trim position of a trimmable device on a marine vessel, the method comprising: receiving an engine speed measured by an engine speed sensor; receiving a vessel speed measured by a vessel speed sensor for the marine vessel; receiving a vessel pitch and/or vessel acceleration of the marine vessel measured by a vessel motion sensor; determining, at a controller, a trim rate based on the engine speed, the vessel speed, the vessel pitch, and/or vessel acceleration, wherein trim rate specifies a rate of rotation of the trimmable device about a horizontal axis, and wherein the trim rate is determined such that the rate of rotation is minimized at high vessel speeds and high engine speeds and the rate of rotation is maximized at low vessel speeds and low engine speeds; and controlling a variable speed trim actuator to rotate the trimmable device based on the trim rate so as to adjust a trim position of the trimmable device. receiving an engine speed measured by an engine speed sensor; receiving a vessel speed measured by a vessel speed sensor for the marine vessel; receiving a vessel pitch and/or vessel acceleration of the marine vessel measured by a vessel motion sensor; determining, at a controller, a trim rate based on the engine speed, the vessel speed, the vessel pitch, and/or vessel acceleration, wherein trim rate specifies a rate of rotation of the trimmable device about a horizontal axis, and wherein the trim rate is determined such that the rate of rotation is minimized at high vessel speeds and high engine speeds and the rate of rotation is maximized at low vessel speeds and low engine speeds; and controlling a variable speed trim actuator to rotate the trimmable device based on the trim rate so as to adjust a trim position of the trimmable device.
A sensor assembly comprising: a base plate; a member (70, 72) displaceable relative to said base plate; a light sensitive transducer fixed to said base plate and having a plurality of pixels; and a light source configured to provide light directed in a plurality of light beams onto said light sensitive transducer so that the light beams strike different pixels of said light sensitive transducer to sense a displacement of said member (70, 72) relative to said base plate; characterized in that the displaceable member is a sensor member (70, 72); and in that the sensor assembly further comprises: a collimator having a plurality of openings for directing the plurality of light beams onto said light sensitive transducer, wherein said collimator is movable relative to said light sensitive transducer. a base plate; a member (70, 72) displaceable relative to said base plate; a light sensitive transducer fixed to said base plate and having a plurality of pixels; and a light source configured to provide light directed in a plurality of light beams onto said light sensitive transducer so that the light beams strike different pixels of said light sensitive transducer to sense a displacement of said member (70, 72) relative to said base plate; characterized in that the displaceable member is a sensor member (70, 72); and in that the sensor assembly further comprises: a collimator having a plurality of openings for directing the plurality of light beams onto said light sensitive transducer, wherein said collimator is movable relative to said light sensitive transducer.
A non-aqueous electrolyte secondary battery negative electrode, comprising: a collector formed of a foamed metal body, and a negative electrode material disposed in pores of the foamed metal body, wherein the foamed metal body has an average pore diameter of 500 μm or less and a porosity of 90 to 99%, and wherein the negative electrode material is a cured product of a composition comprising a negative electrode active material formed of a silicon-based material, a skeleton-forming agent comprising a silicate represented by general formula below, a conductivity aid, and a binder, and the skeleton-forming agent has a content of 3.0 to 40.0% by mass when a total solid content of the negative electrode active material, the skeleton-forming agent, the conductivity aid, and the binder is assumed to be 100% by mass, and [Chem. 1] A 2 O·nSiO 2 formula wherein A represents at least one of lithium (Li), sodium (Na), and potassium, and n is equal to or greater than 1.6 and equal to or less than 3.9. a collector formed of a foamed metal body, and a negative electrode material disposed in pores of the foamed metal body, wherein the foamed metal body has an average pore diameter of 500 μm or less and a porosity of 90 to 99%, and wherein the negative electrode material is a cured product of a composition comprising a negative electrode active material formed of a silicon-based material, a skeleton-forming agent comprising a silicate represented by general formula below, a conductivity aid, and a binder, and the skeleton-forming agent has a content of 3.0 to 40.0% by mass when a total solid content of the negative electrode active material, the skeleton-forming agent, the conductivity aid, and the binder is assumed to be 100% by mass, and [Chem. 1] A 2 O·nSiO 2 formula wherein A represents at least one of lithium (Li), sodium (Na), and potassium, and n is equal to or greater than 1.6 and equal to or less than 3.9.
A method, comprising: (a) in a second operating mode of an integrated circuit, using a voltage regulator to supply a regulated voltage onto a microphone bias (MIC BIAS) terminal of the integrated circuit; characterised in that (b) in a first operating mode of the integrated circuit, maintaining the voltage regulator in a disabled state and supplying a first current in a current path out of the integrated circuit through the MIC BIAS terminal; and (c) in the first operating mode of the integrated circuit, generating a digital signal, wherein the digital signal has a first digital value if the first current exceeds a threshold current, and wherein the digital signal has a second digital value if the first current does not exceed the threshold current. (a) in a second operating mode of an integrated circuit, using a voltage regulator to supply a regulated voltage onto a microphone bias (MIC BIAS) terminal of the integrated circuit; characterised in that (b) in a first operating mode of the integrated circuit, maintaining the voltage regulator in a disabled state and supplying a first current in a current path out of the integrated circuit through the MIC BIAS terminal; and (c) in the first operating mode of the integrated circuit, generating a digital signal, wherein the digital signal has a first digital value if the first current exceeds a threshold current, and wherein the digital signal has a second digital value if the first current does not exceed the threshold current.
Lighting system comprising - a light source, - at least one first optical element which is designed to receive light from the light source, and - at least one second optical element with the second optical element being movably arranged with respect to the first optical element between an interference position and a rest position wherein the second optical element receives light from the light source in its interference position and the first optical element receives light from the light source with the second optical element being in its rest position, and wherein the first optical element is in a fixed position to the light source and the second optical element is arranged between the light source and the first optical element, characterized in that a majority of first optical elements and that a majority of second optical elements is comprised with each second optical element being positioned between two first optical elements and/or between one first optical element and the light source. - a light source, - at least one first optical element which is designed to receive light from the light source, and - at least one second optical element with the second optical element being movably arranged with respect to the first optical element between an interference position and a rest position
A self-condensing sensor assembly for monitoring pH, comprising: an outer tubular member; an inner tubular member, said outer tubular member co-linearly, or coaxially enclosing said inner tubular member; an antimony sensor enclosed within said inner tubular member, wherein the antimony sensor is located at the distal terminal end of the inner tubular member, wherein the antimony sensor has a surface area, wherein this surface of the antimony sensor defines the distal terminal boundary of the sensor, and wherein the antimony sensor is engaged at its proximal end to an electronic communication means; a reference electrode enclosed within said outer tubular member and located proximally from the proximal end of the antimony sensor; a wick material, said wick material having one side which partially surrounds and substantially engages a portion of said inner tubular member, said wick material extending from said distal terminal end of the inner tubular member to a proximal position whereby said wick material is substantially engaged to said reference electrode; an ion conduction fluid entrained or retained within said wick material; and wherein the distal end of the inner tubular member and the distal end of the wick material also define the distal terminal boundary of the sensor assembly. an outer tubular member; an inner tubular member, said outer tubular member co-linearly, or coaxially enclosing said inner tubular member; an antimony sensor enclosed within said inner tubular member, wherein the antimony sensor is located at the distal terminal end of the inner tubular member, wherein the antimony sensor has a surface area, wherein this surface of the antimony sensor defines the distal terminal boundary of the sensor, and wherein the antimony sensor is engaged at its proximal end to an electronic communication means; a reference electrode enclosed within said outer tubular member and located proximally from the proximal end of the antimony sensor; a wick material, said wick material having one side which partially surrounds and substantially engages a portion of said inner tubular member, said wick material extending from said distal terminal end of the inner tubular member to a proximal position whereby said wick material is substantially engaged to said reference electrode; an ion conduction fluid entrained or retained within said wick material; and wherein the distal end of the inner tubular member and the distal end of the wick material also define the distal terminal boundary of the sensor assembly.
A shipping system for use in transporting a pallet-sized payload, the shipping system comprising: (a) a plurality of walls, the plurality of walls being arranged to define an interior volume suitable for receiving a pallet-sized payload, wherein the plurality of walls comprises a top wall, a bottom wall, a front wall, a rear wall, a left wall and a right wall, wherein at least one of the walls comprises a pair of brackets (81, 83) facing towards the interior volume, each of the brackets (81, 83) comprising an inner track (87, 93) and an outer track (85, 91), the inner tracks of the pair of brackets jointly defining an inner slot, the outer tracks of the pair of brackets jointly defining an outer slot, the inner slot being more proximal to the interior volume and the outer slot being more distal to the interior volume; and (b) a first cassette (27, 29), the first cassette (27, 29) comprising a quantity of phase-change material and being removably mounted in one of the inner slot and the outer slot. (a) a plurality of walls, the plurality of walls being arranged to define an interior volume suitable for receiving a pallet-sized payload, wherein the plurality of walls comprises a top wall, a bottom wall, a front wall, a rear wall, a left wall and a right wall, wherein at least one of the walls comprises a pair of brackets (81, 83) facing towards the interior volume, each of the brackets (81, 83) comprising an inner track (87, 93) and an outer track (85, 91), the inner tracks of the pair of brackets jointly defining an inner slot, the outer tracks of the pair of brackets jointly defining an outer slot, the inner slot being more proximal to the interior volume and the outer slot being more distal to the interior volume; and (b) a first cassette (27, 29), the first cassette (27, 29) comprising a quantity of phase-change material and being removably mounted in one of the inner slot and the outer slot.
A method of manufacturing a spunbonded non-woven fabric, the method comprising: a step of melt-spinning a thermoplastic polymer to form a crimped fiber; and a step of collecting the crimped fiber and pressing the collected crimped fiber at a linear pressure of from 5.1 N/mm or more to 7.0 N/mm or less by a compaction roll, wherein the thermoplastic polymer includes an olefinic polymer including a propylene-based polymer. a step of melt-spinning a thermoplastic polymer to form a crimped fiber; and a step of collecting the crimped fiber and pressing the collected crimped fiber at a linear pressure of from 5.1 N/mm or more to 7.0 N/mm or less by a compaction roll, wherein the thermoplastic polymer includes an olefinic polymer including a propylene-based polymer.
Vacuum cleaner with a housing which has a dirt container, wherein in the housing is arranged at least one filter (16, 26) through which a vacuum air stream can flow, wherein the housing has at least one pivot housing, characterised in that the housing consists of a lower part and an upper part, and the pivot housing is arranged to be pivotable on the upper part of the housing in at least one pivot axis (9, 11), wherein the at least one filter (16, 26) is arranged in the pivot housing.