mhurhangee/ep-ind-claims huggingface dataset:
A syringe comprising: a syringe outer tube having a tubular shape to be filled with a liquid and provided with a spout through which the liquid passes at a distal end portion thereof; and a cap mounted to the spout, wherein the cap includes a cap main body which seals the spout in a liquid-tight manner, a ring-shaped mounting section which is disposed on a proximal end side of the cap main body and is mounted onto an outer circumferential portion of the spout, and a breaking section which links the cap main body and the mounting section and a link is releasable by breaking, characterized in that one of an inner circumferential portion of the mounting section and the outer circumferential portion of the spout is formed with at least one projection, while the other is formed with a groove into which the projection is inserted and which has an inclined section that is inclined in relation to an axis of the other, and when the cap is rotated relative to the syringe outer tube around an axis of the syringe outer tube, the projection moves along the inclined section of the groove, whereby the mounting section is displaced in a proximal direction, and the breaking section is pulled in the same direction to break, thereby separating the cap main body from the mounting section so that the cap main body thus separated from the mounting section cannot be mounted again onto the spout since re-linking of the cap main body and the mounting section is impossible after breaking of the breaking section. a syringe outer tube having a tubular shape to be filled with a liquid and provided with a spout through which the liquid passes at a distal end portion thereof; and a cap mounted to the spout, wherein the cap includes a cap main body which seals the spout in a liquid-tight manner, a ring-shaped mounting section which is disposed on a proximal end side of the cap main body and is mounted onto an outer circumferential portion of the spout, and a breaking section which links the cap main body and the mounting section and a link is releasable by breaking, characterized in that one of an inner circumferential portion of the mounting section and the outer circumferential portion of the spout is formed with at least one projection, while the other is formed with a groove into which the projection is inserted and which has an inclined section that is inclined in relation to an axis of the other, and when the cap is rotated relative to the syringe outer tube around an axis of the syringe outer tube, the projection moves along the inclined section of the groove, whereby the mounting section is displaced in a proximal direction, and the breaking section is pulled in the same direction to break, thereby separating the cap main body from the mounting section so that the cap main body thus separated from the mounting section cannot be mounted again onto the spout since re-linking of the cap main body and the mounting section is impossible after breaking of the breaking section.
A component comprising: a substrate of a plastic material; and an antibacterial flexible film adhered to a top surface of the substrate by a moulding process; wherein the component further comprises a light source (21/34) such that the film is arranged to emit light having antibacterial properties from said light source; characterized in that the light source is arranged to emit visible light having a wavelength within the range of 400 nm to 470 nm. a substrate of a plastic material; and an antibacterial flexible film adhered to a top surface of the substrate by a moulding process; wherein the component further comprises a light source (21/34) such that the film is arranged to emit light having antibacterial properties from said light source; characterized in that the light source is arranged to emit visible light having a wavelength within the range of 400 nm to 470 nm.
Pneumatic tyre having a tread which has at least one main groove comprising a bottom surface and opposing first and second wall surfaces (411, 412) and a plurality of flexible fences which have a thickness E and are formed within at least one of the main grooves, and at least one ply which is disposed radially inward of the tread and which extends in the circumferential direction of the tyre, characterised in that the abovementioned plurality of flexible fences extend within the abovementioned main groove so as to interrupt at least 70% of the cross-sectional area of the abovementioned main groove and are disposed with a spacing such that at least one thereof is present within the abovementioned main groove within a tread footprint when the tyre is rolling, in that a plurality of recessed portions having an opening which opens in the abovementioned main groove are formed in the bottom surface, the first wall surface and/or the second wall surface of the abovementioned main groove, and in that the abovementioned plurality of flexible fences are connected respectively to the abovementioned plurality of recessed portions and extend into the abovementioned main groove through the openings of the abovementioned recessed portions.
Power transmission system having at least two local grids (40, 41) which are each connected to loads (50-52, 53-55) and are connected to a higher-level power transmission network, characterised in that - the power transmission system has at least one load control unit, which is connected directly or indirectly to at least one load in each case of the at least two local grids (40, 41) and is suitable for controlling the consumption of said loads, and - moreover the load control unit is suitable for evaluating the load state of the at least two local grids (40, 41) and, in the event of an overload which has occurred or is imminent on one of the at least two local grids, for reducing the consumption of at least one load (50, 51) of said local grid and conversely for increasing the consumption of at least one load in one of the other local grids, which is not overloaded, of the at least two local grids. - the power transmission system has at least one load control unit, which is connected directly or indirectly to at least one load in each case of the at least two local grids (40, 41) and is suitable for controlling the consumption of said loads, and - moreover the load control unit is suitable for evaluating the load state of the at least two local grids (40, 41) and, in the event of an overload which has occurred or is imminent on one of the at least two local grids, for reducing the consumption of at least one load (50, 51) of said local grid and conversely for increasing the consumption of at least one load in one of the other local grids, which is not overloaded, of the at least two local grids.
A phenol-free method for isolating a nucleic acid from a sample, said method comprising the following steps: a) preparing a precipitation mixture by adding at least one metal cation precipitant and at least one water-miscible organic solvent selected from aprotic polar solvents and protic solvents to the sample, wherein the precipitation mixture i) comprises the metal cation precipitant; ii) comprises the organic solvent in a concentration of 15% or less; iii) comprises at least one buffering agent; and iv) has an acidic pH value, and precipitating proteins; b) separating the precipitate from the supernatant, wherein the supernatant comprises small RNA having a length of less than 200nt and large RNA having a length of at least 1000nt; and c) isolating a nucleic acid from the supernatant. a) preparing a precipitation mixture by adding at least one metal cation precipitant and at least one water-miscible organic solvent selected from aprotic polar solvents and protic solvents to the sample, wherein the precipitation mixture i) comprises the metal cation precipitant; ii) comprises the organic solvent in a concentration of 15% or less; iii) comprises at least one buffering agent; and iv) has an acidic pH value, and precipitating proteins; i) comprises the metal cation precipitant; ii) comprises the organic solvent in a concentration of 15% or less; iii) comprises at least one buffering agent; and iv) has an acidic pH value, b) separating the precipitate from the supernatant, wherein the supernatant comprises small RNA having a length of less than 200nt and large RNA having a length of at least 1000nt; and c) isolating a nucleic acid from the supernatant.
A process for preparing an ethylene polymer in a suspension polymerization in a polymerization reactor or a series of polymerization reactors comprising polymerizing ethylene or copolymerizing ethylene and one or more C 3 -C 12 -1-alkenes at temperatures of from 40 to 150°C and pressures of from 0.1 to 20 MPa in the presence of a polymerization catalyst and forming a suspension of ethylene polymer particles in a suspension medium comprising a hydrocarbon diluent, transferring the suspension of ethylene polymer particles into a solid-liquid separator, in which the suspension is separated in wet ethylene polymer particles and mother liquor, transferring a part of the mother liquor into a work-up section comprising an evaporator for producing a wax-depleted portion of the mother liquor, comprising a diluent distillation unit, which produces isolated diluent from the wax-depleted portion of the mother liquor, and comprising a wax removal unit operated by direct steam distillation for removing wax from a hydrocarbon wax solution, which wax removal unit produces a gaseous hydrocarbon/steam mixture which is condensed and then separated, within a first liquid-liquid separator, into an aqueous phase and a hydrocarbon phase, and recycling at least a part of the isolated diluent produced in the diluent distillation unit to the polymerization reactor or the series of polymerization reactors, wherein at least a part of the hydrocarbon phase obtained in the first liquid-liquid separator is transferred to the diluent distillation unit without passing the evaporator for producing the wax-depleted portion of the mother liquor. polymerizing ethylene or copolymerizing ethylene and one or more C 3 -C 12 -1-alkenes at temperatures of from 40 to 150°C and pressures of from 0.1 to 20 MPa in the presence of a polymerization catalyst and forming a suspension of ethylene polymer particles in a suspension medium comprising a hydrocarbon diluent, transferring the suspension of ethylene polymer particles into a solid-liquid separator, in which the suspension is separated in wet ethylene polymer particles and mother liquor, transferring a part of the mother liquor into a work-up section comprising an evaporator for producing a wax-depleted portion of the mother liquor, comprising a diluent distillation unit, which produces isolated diluent from the wax-depleted portion of the mother liquor, and comprising a wax removal unit operated by direct steam distillation for removing wax from a hydrocarbon wax solution, which wax removal unit produces a gaseous hydrocarbon/steam mixture which is condensed and then separated, within a first liquid-liquid separator, into an aqueous phase and a hydrocarbon phase, and recycling at least a part of the isolated diluent produced in the diluent distillation unit to the polymerization reactor or the series of polymerization reactors, wherein at least a part of the hydrocarbon phase obtained in the first liquid-liquid separator is transferred to the diluent distillation unit without passing the evaporator for producing the wax-depleted portion of the mother liquor.
A method to form a composite part, comprising: joining a first structural element and a second element to form a fillet at an intersection of the first structural element and the second element wherein the fillet comprises a hollow aperture; positioning an inflatable radius filler in the fillet; positioning the composite part in a vacuum chamber; venting the inflatable radius filler to an environment external to vacuum chamber; drawing a vacuum in the vacuum chamber wherein drawing a vacuum in the vacuum chamber causes the inflatable radius filler to expand within the fillet; and curing the composite part. joining a first structural element and a second element to form a fillet at an intersection of the first structural element and the second element wherein the fillet comprises a hollow aperture; positioning an inflatable radius filler in the fillet; positioning the composite part in a vacuum chamber; venting the inflatable radius filler to an environment external to vacuum chamber; drawing a vacuum in the vacuum chamber wherein drawing a vacuum in the vacuum chamber causes the inflatable radius filler to expand within the fillet; and curing the composite part.
A method for preparing powdered cellulose ethers comprising the steps of a) subjecting pulverized celluloses to alkalinization by treating with an alkalifying agent; b) preparing a reaction mixture by adding 0.01 to 3.0 parts by weight of an etherifying agent for 1 parts by weight of cellulose to the alkalinized cellulose; c) subjecting the reaction mixture to the primary reaction in the condition of gradually increasing temperature ranging from 40 to 60 °C for 10 to 60 min; d) subjecting the primary reaction mixture to the secondary reaction in the condition of gradually increasing temperature ranging from 45 to 75 °C for 60 to 180 min; and e) subjecting the secondary reaction mixture to the tertiary reaction in the condition of gradually increasing temperature ranging from 80 to 90 °C for 60 to 180 min, thereby producing fine powdered cellulose ethers, wherein before adding the etherifying agent in step b) at least one diluent gas selected from dimethylether and diethylether Is injected to the reaction mixture obtained in step a) in an amount of less than 2.5 parts by weight for 1 part by weight of cellulose. a) subjecting pulverized celluloses to alkalinization by treating with an alkalifying agent; b) preparing a reaction mixture by adding 0.01 to 3.0 parts by weight of an etherifying agent for 1 parts by weight of cellulose to the alkalinized cellulose; c) subjecting the reaction mixture to the primary reaction in the condition of gradually increasing temperature ranging from 40 to 60 °C for 10 to 60 min; d) subjecting the primary reaction mixture to the secondary reaction in the condition of gradually increasing temperature ranging from 45 to 75 °C for 60 to 180 min; and e) subjecting the secondary reaction mixture to the tertiary reaction in the condition of gradually increasing temperature ranging from 80 to 90 °C for 60 to 180 min,
A genetically engineered attenuated swine influenza virus, wherein the virus comprises a swine influenza virus NS1 gene with a mutation resulting in a swine influenza virus NS1 protein having a deletion of exactly 90 amino acid residues from the carboxy-terminus of NS1, wherein the swine influenza virus NS1 gene is from A/Swine/Texas/4199-2/98.
A heating structure comprising: an object to be heated having recesses at its surface; a laminate type heater including a heat generation layer and one or more layers (22, 24, 25) covering the heat generation layer; and being characterised by a filler penetrating into the recesses between the surface of the object to be heated and a surface of the laminate type heater, and having flexibility and higher thermal conduction properties than air. an object to be heated having recesses at its surface; a laminate type heater including a heat generation layer and one or more layers (22, 24, 25) covering the heat generation layer; and being characterised by a filler penetrating into the recesses between the surface of the object to be heated and a surface of the laminate type heater, and having flexibility and higher thermal conduction properties than air.
Fireproof glazing comprising at least one intumescent layer formed of a hydrated alkali metal silicate positioned between glass sheets, in which, in order to promote a well-distributed expansion during fire tests, nucleation elements are introduced into the intumescent material or at the interface of the latter with a glass sheet, there being at least 5 nucleation elements per mm 2 of surface area.
A dialysis fluid heating system comprising: a housing having a width and a length, the width shorter than the length, the housing defining a fluid inlet (160a, 200a, 216) and a fluid outlet (160b, 200b, 218), characterized in that the system further comprises: conductive baffle plates (172, 199, 212) located within the housing, the plates defining a winding path for dialysis fluid flowing from the fluid inlet to the fluid outlet; a conductive wire wound around the width of the housing to form a plurality of windings, the windings forming an axis at least substantially parallel or at least substantially perpendicular to the length of the housing; and electronics configured to supply power to the conductive wire, the windings forming a primary coil of a transformer, the conductive baffle plates forming a secondary coil of the transformer, the baffle plates becoming heated due to i 2 R losses and in turn heating the dialysis fluid. a housing having a width and a length, the width shorter than the length, the housing defining a fluid inlet (160a, 200a, 216) and a fluid outlet (160b, 200b, 218), characterized in that the system further comprises: conductive baffle plates (172, 199, 212) located within the housing, the plates defining a winding path for dialysis fluid flowing from the fluid inlet to the fluid outlet; a conductive wire wound around the width of the housing to form a plurality of windings, the windings forming an axis at least substantially parallel or at least substantially perpendicular to the length of the housing; and electronics configured to supply power to the conductive wire, the windings forming a primary coil of a transformer, the conductive baffle plates forming a secondary coil of the transformer, the baffle plates becoming heated due to i 2 R losses and in turn heating the dialysis fluid. conductive baffle plates (172, 199, 212) located within the housing, the plates defining a winding path for dialysis fluid flowing from the fluid inlet to the fluid outlet; a conductive wire wound around the width of the housing to form a plurality of windings, the windings forming an axis at least substantially parallel or at least substantially perpendicular to the length of the housing; and electronics configured to supply power to the conductive wire, the windings forming a primary coil of a transformer, the conductive baffle plates forming a secondary coil of the transformer, the baffle plates becoming heated due to i 2 R losses and in turn heating the dialysis fluid.
Elevator system comprising - at least one first and one second shaft (51a, 51b), - at least one first vertical guide rail which is held in the first shaft, - at least one second vertical guide rail which is held in the second shaft, - a plurality of cars which can be moved in the shafts along the vertical guide rails, - at least one repositioning assembly which is set up to transfer the cars from the first shaft into the second shaft,wherein the repositioning assembly is set up to transfer the car along a repositioning track between a first repositioning position in the first shaft and a second repositioning position in the second shaft in a repositioning direction (y) along the repositioning track,wherein the repositioning assembly has a repositioning carrier which can be transferred along the repositioning track between the first repositioning position and the second repositioning position, characterized by an adjusting assembly which is set up to adjust the position of the first and/or second repositioning position at least transversely to the repositioning direction (y). - at least one first and one second shaft (51a, 51b), - at least one first vertical guide rail which is held in the first shaft, - at least one second vertical guide rail which is held in the second shaft, - a plurality of cars which can be moved in the shafts along the vertical guide rails, - at least one repositioning assembly which is set up to transfer the cars from the first shaft into the second shaft,wherein the repositioning assembly is set up to transfer the car along a repositioning track between a first repositioning position in the first shaft and a second repositioning position in the second shaft in a repositioning direction (y) along the repositioning track,wherein the repositioning assembly has a repositioning carrier which can be transferred along the repositioning track between the first repositioning position and the second repositioning position,
A non-woven fibre product comprising recycled material and manufactured by a dry forming process, said product comprising: a first portion of up to 99 % dust material, where the dust material is recovered dust from manufacturing of fibrous textile material, preferably cotton textiles, and a second portion at least 1 % bi-component fibres having a length between 2-75 mm, preferably 2-25 mm in length, and wherein at least 50 % of the portion of bi-component fibres are crimped fibres with a length between 2 to 50 mm. a first portion of up to 99 % dust material, where the dust material is recovered dust from manufacturing of fibrous textile material, preferably cotton textiles, and a second portion at least 1 % bi-component fibres having a length between 2-75 mm, preferably 2-25 mm in length, and wherein at least 50 % of the portion of bi-component fibres are crimped fibres with a length between 2 to 50 mm.
A virtual reality, VR, environment platform comprising: an immersive VR environment engine comprising aircraft control and display units (104, 106, 108, 112, 114) and providing an immersive VR environment of an aircraft; a virtual flight management computer, FMC, implemented on a virtual machine and running an operational flight program, OFP,; and a communication channel coupling the immersive VR environment engine with the virtual FMC, the communication channel emulating FMC communication protocols to permit the immersive VR environment engine to run the virtual FMC. an immersive VR environment engine comprising aircraft control and display units (104, 106, 108, 112, 114) and providing an immersive VR environment of an aircraft; a virtual flight management computer, FMC, implemented on a virtual machine and running an operational flight program, OFP,; and a communication channel coupling the immersive VR environment engine with the virtual FMC, the communication channel emulating FMC communication protocols to permit the immersive VR environment engine to run the virtual FMC.
A sensor module comprising an optoelectronic distance sensor, wherein the distance sensor is configured to detect a detection object located in a detection zone of the sensor module, wherein the sensor module has a reference target, wherein the reference target is movable relative to the distance sensor between a test position and a position of rest, wherein the reference target is arranged at the sensor module and the reference target and the distance sensor are movably connected to one another, wherein, in the test position, the reference target is at least partly arranged in an intermediate zone of the sensor module, which is arranged between the distance sensor and the detection zone of the sensor module, to enable a reference measurement of the distance sensor with respect to the reference target, wherein, in the position of rest, the reference target is arranged outside the intermediate zone to enable a detection of a detection object located in the detection zone of the sensor module by the distance sensor, wherein, in the test position, the reference target is arranged at a predefined reference distance from the distance sensor, and wherein the distance sensor is configured to measure a reference measurement value of a reference distance of the reference target as part of the reference measurement.