mhurhangee/ep-ind-claims huggingface dataset:
Method for internally coating a hollow glass body comprising the steps of: (a) applying by a spraying device, onto at least an internal surface of said hollow body, at least one coating composition in the form of liquid dispersion comprising at least one glass frit and at least one polymeric dispersing agent, said agent being present in such an amount that said composition has a thixotropic index lower than 200 second; said hollow body and said spraying device being in movement with respect to each other, said movement comprising keeping said hollow body rotating on itself during the application of said coating composition. (b) subjecting said internal surface comprising said coating composition to a thermal treatment, so as to obtain a vitrified coating layer. (a) applying by a spraying device, onto at least an internal surface of said hollow body, at least one coating composition in the form of liquid dispersion comprising at least one glass frit and at least one polymeric dispersing agent, said agent being present in such an amount that said composition has a thixotropic index lower than 200 second; said hollow body and said spraying device being in movement with respect to each other, said movement comprising keeping said hollow body rotating on itself during the application of said coating composition. (b) subjecting said internal surface comprising said coating composition to a thermal treatment, so as to obtain a vitrified coating layer.
A photon source comprising: a photon emitter, an excitation waveguide (20, 30) arranged to direct excitation photons having a first polarization direction into the photon emitter, and a collection waveguide (22, 32) arranged to collect photons having a second polarization direction from the photon emitter, wherein the first polarization direction is coupled to a first exciton state (X D) of the photon emitter and the second polarization direction is non-parallel to the first polarization direction and is coupled to a second exciton state (X A) of the photon emitter, and the first and second exciton states have substantially equal energies.
Mining device, which comprises bracing means for reversibly bracing the mining device in a cavity, a frame, and propulsion means connected in a fixed manner to the bracing means, wherein the frame is movable in a predefined direction by the propulsion means, characterized in that a rotatable roller is arranged on the frame, cutting tools and scrapers being arranged on the circumference of said roller such that a substantially rectangular mining cross section is able to be created, and the mining device, and in particular also the frame of the mining device, is movable into a mining gallery created by these cutting tools, wherein furthermore at least one edge cutting tool (62a, 62b) is arranged on the circumference of the roller such that it projects from the roller in an axial direction at least when the roller is in a rotary position in which the edge cutting tool (62a, 62b) is located on an opposite side of the roller from the bracing means, and wherein the at least one edge cutting tool (62a, 62b) is arranged such that it is flapped out in the axial direction of the roller when the roller is in a rotary position in which the edge cutting tool (62a, 62b) is located on an opposite side of the roller from the bracing means, and in that it is flapped in when the roller is in a rotary position in which the edge cutting tool (62a, 62b) is located on a side of the roller facing the bracing means.
An oral preparation containing a natural product extract and having an improved dissolution rate and disintegrability of the natural product extract, the oral preparation comprising a solubilizer, a water-insoluble diluent, a lubricant, and a disintegrant, wherein i) the solubilizer is a mixture of a poloxamer and polyethylene glycol, the poloxamer and polyethylene glycol being mixed at a weight ratio of 1-10:1-10; ii) the water-insoluble diluent is at least one selected from the group consisting of dicalcium phosphate, cellulose, and starch; iii) the lubricant is at least one selected from the group consisting of silicon dioxide and magnesium stearate; and iv) the disintegrant is at least one selected from the group consisting of crospovidone and sodium croscamellose, and wherein the natural product extract is a processed ginseng extract or a ginseng extract. i) the solubilizer is a mixture of a poloxamer and polyethylene glycol, the poloxamer and polyethylene glycol being mixed at a weight ratio of 1-10:1-10; ii) the water-insoluble diluent is at least one selected from the group consisting of dicalcium phosphate, cellulose, and starch; iii) the lubricant is at least one selected from the group consisting of silicon dioxide and magnesium stearate; and iv) the disintegrant is at least one selected from the group consisting of crospovidone and sodium croscamellose, and
An oxygen-absorbing resin composition initiating oxygen absorption by irradiation with an energy ray, the composition comprising: an easily oxidizable thermoplastic resin and a transition metal catalyst, wherein the easily oxidizable thermoplastic resin comprises a polybutadiene and a resin having carbon-carbon double bonds and the constitutional unit represented by the following general formula: (wherein R 1 to R 7 each represent -H, -CH 3, -CH 2 R, -CHR 2, - CR 3, -OR, -COOR, -SiR 3, -O-SiR 3, -COCl or a halogen atom, and may be the same as each other or different from each other, and R represents a linear or cyclic alkyl, alkenyl, halogenated alkyl, halogenated alkenyl or aryl group.) an easily oxidizable thermoplastic resin and a transition metal catalyst,
Semiconductor based component for mounting on a carrier substrate, comprising - a glass substrate, which comprises a first surface and a second surface, which lies opposite the first surface, - a semiconductor element with radiation-emitting properties, which is arranged on the first surface, wherein the semiconductor element comprises at least two electrically conductive contact areas on the side facing away from the first surface of the glass substrate, - a plurality of electroplated mounting bases on the peripheral area of the first surface of the glass substrate, wherein - the contact surfaces are configured such that they are electrically-conductively connectable by bonding with a conductive adhesive or by soldering with contacts of the carrier substrate, - the mounting bases are distinct from the contact surfaces and have a material thickness which equals the total thickness of the semiconductor element, so that the mounting bases protect the component from abrasive stress in the unmounted state, and can absorb mechanical stresses in the mounted state and can divert them to the carrier substrate, - the contact surfaces are exposed in the unmounted state. - a glass substrate, which comprises a first surface and a second surface, which lies opposite the first surface, - a semiconductor element with radiation-emitting properties, which is arranged on the first surface, wherein the semiconductor element comprises at least two electrically conductive contact areas on the side facing away from the first surface of the glass substrate, - a plurality of electroplated mounting bases on the peripheral area of the first surface of the glass substrate, - the contact surfaces are configured such that they are electrically-conductively connectable by bonding with a conductive adhesive or by soldering with contacts of the carrier substrate, - the mounting bases are distinct from the contact surfaces and have a material thickness which equals the total thickness of the semiconductor element, so that the mounting bases protect the component from abrasive stress in the unmounted state, and can absorb mechanical stresses in the mounted state and can divert them to the carrier substrate, - the contact surfaces are exposed in the unmounted state.
An electronic system comprising two or more units (1, 2) a data link between the units (1, 2) and a change-over mechanism which is adapted to respond to a malfunction in a unit currently in use by switching into service a backup unit, characterised in that each unit includes: - at least a first transmitter (1.1; 2.1) and a second receiver (1.3; 2.3), which are adapted to exchange signals with an operator line, and - an associated main processor (1.5; 2.5) programmed to implement the change-over mechanism and perform a change-over function, wherein the main processor of the radio unit currently in use is arranged for deriving an indication of a relative performance measurement, by calculating scores respectively for the unit currently in use and for the backup unit, for comparing the performance measurements for the different units, and for selecting for use the unit (1; 2) with the best performance measurement. - at least a first transmitter (1.1; 2.1) and a second receiver (1.3; 2.3), which are adapted to exchange signals with an operator line, and - an associated main processor (1.5; 2.5) programmed to implement the change-over mechanism and perform a change-over function, wherein the main processor of the radio unit currently in use is arranged for deriving an indication of a relative performance measurement, by calculating scores respectively for the unit currently in use and for the backup unit, for comparing the performance measurements for the different units, and for selecting for use the unit (1; 2) with the best performance measurement.
A polishing composition for polishing a silicon wafer, the composition comprising: a water-soluble polymer M C-end, and a silica grain as an abrasive, wherein the water-soluble polymer M C-end has a main chain formed with a non-cationic region as its main structural part and a cationic region located at least at one end of the main chain, the cationic region has at least one cationic group, and the composition has a pH in a range of 8 to 12. a water-soluble polymer M C-end, and a silica grain as an abrasive, wherein the water-soluble polymer M C-end has a main chain formed with a non-cationic region as its main structural part and a cationic region located at least at one end of the main chain, the cationic region has at least one cationic group, and the composition has a pH in a range of 8 to 12.
Device for magnetic flow cytometry, comprising - a magnetoresistive sensor, - a flow chamber, which is configured for a cell suspension to flow therethrough, and - an enriching route for aligning and enriching a magnetically marked cell sample, wherein the enriching route has a meandering design. - a magnetoresistive sensor, - a flow chamber, which is configured for a cell suspension to flow therethrough, and - an enriching route for aligning and enriching a magnetically marked cell sample,
An intracellular method of converting a single-chain protein into its di-chain form, the method comprising the steps of: a) growing a cell comprising a dual expression construct at a first temperature for a certain period of time in order to achieve maximal cell density, the dual expression construct comprising; i) an open reading frame encoding a single-chain protein comprising a di-chain loop region comprising an exogenous TEV protease cleavage site; and ii) an open reading frame encoding a TEV protease; wherein the protease can cleave the exogenous protease cleavage site located within the di-chain loop; b) growing the cell at a second temperature for a certain period of time in order to achieve maximal induction of protein expression from the open reading frame encoding the single-chain protein, wherein growth at step (b) induces expression of the single-chain protein and the protease from the dual expression construct; and wherein the produced protease cleaves the single-chain protein at the exogenous protease cleavage site located within the di-chain loop region, thereby converting the single-chain protein into its di-chain form. a) growing a cell comprising a dual expression construct at a first temperature for a certain period of time in order to achieve maximal cell density, the dual expression construct comprising; i) an open reading frame encoding a single-chain protein comprising a di-chain loop region comprising an exogenous TEV protease cleavage site; and ii) an open reading frame encoding a TEV protease; wherein the protease can cleave the exogenous protease cleavage site located within the di-chain loop; i) an open reading frame encoding a single-chain protein comprising a di-chain loop region comprising an exogenous TEV protease cleavage site; and ii) an open reading frame encoding a TEV protease; wherein the protease can cleave the exogenous protease cleavage site located within the di-chain loop; b) growing the cell at a second temperature for a certain period of time in order to achieve maximal induction of protein expression from the open reading frame encoding the single-chain protein, wherein growth at step (b) induces expression of the single-chain protein and the protease from the dual expression construct; and
A telemetric system comprising: a. a telemetric orthopaedic implant; b. a reader unit adapted to read signals from the telemetric implant and power the implant either independently or simultaneously; and c. an antenna adapted for connection to the reader unit and to receive signals from the telemetric implant, the antenna having a first coil electrically connected to a second coil, characterised in that the antenna further comprises a connector that joins the first and second coils together, such that the first and second coils are moveable relative to each other. a. a telemetric orthopaedic implant; b. a reader unit adapted to read signals from the telemetric implant and power the implant either independently or simultaneously; and c. an antenna adapted for connection to the reader unit and to receive signals from the telemetric implant, the antenna having a first coil electrically connected to a second coil, characterised in that the antenna further comprises a connector that joins the first and second coils together, such that the first and second coils are moveable relative to each other.
A method for preparing a b-oriented MFI zeolite membrane, the method comprising (a) forming or attaching zeolite or zeotype molecular sieve seeds on a substrate, and (b) adding the seeded substrate to a synthesis gel for the synthesis of an MFI zeolite containing a structure-directing agent to grow zeolite or zeotype molecular sieve crystals thereon characterized in that the synthesis gel containing the structure-directing agent has the composition [TEOS] X [TEAOH] Y [(NH 4) 2 SiF 6] Z [H 2 O] W (X:Y:Z:W = 0.1-30:0.1-50:0.01-50:1-500). (a) forming or attaching zeolite or zeotype molecular sieve seeds on a substrate, and (b) adding the seeded substrate to a synthesis gel for the synthesis of an MFI zeolite containing a structure-directing agent to grow zeolite or zeotype molecular sieve crystals thereon
A steel material having superior toughness at welding heat affected zone, the steel material consisting of, in units of mass%: 0.02-0.13% of C, 0.05-0.5% of Si, 1.0-2.5% of Mn, no greater than 0.03% of P, exclusive of 0%, no greater than 0.01% of S, exclusive of 0%, 0.002-0.040% of Al, 0.005-0.040% of Ti, 0.0003-0.020% of Zr, 0.0003-0.020% of REM, 0.0003-0.0080% of Ca, 0.0030-0.010% of N, and 0.0003-0.0050% of O, optionally at least one of: 0.05-1.50% of Ni, 0.05-1.50% of Cu, 0.05-1.50% of Cr, 0.05-1.50% of Mo, 0.002-0.10% of Nb, 0.002-0.10% of V, and 0.0005-0.0050% of B, with the remainder consisting of iron and unavoidable impurities, wherein the steel material contains a complex oxide containing REM, Zr, Ti, Al, Ca, and S, and wherein with respect to the complex oxide in the steel material, the number of complex oxides having a circular-equivalent diameter of greater than 3 μm is no greater than 5.0/mm 2, and the number of complex oxides having a circular-equivalent diameter of 0.1-3 μm and satisfying formula is at least 100/mm 2, and furthermore the average composition of the complex oxides that are 0.1-3 μm satisfying formula contains 20% or less of Al 2 O 3, 3-20% of TiO 2, 5-50% of ZrO 2, 5-50% of REM oxide, 5-50% of CaO, and 1-15% of S, wherein the composition of the complex oxide having a size of 0.1-3 μm is measured at a depth of t/4 from the surface of a thick steel plate, where t is the thickness of said thick steel plate. 0.008 ≤ 1 / d × mass% S/ mass% CaO + mass% REM 2 O 3 ≤ 0.289 where d is the circular-equivalent diameter of each complex oxide, and is 0.1-3 μm. 0.02-0.13% of C, 0.05-0.5% of Si, 1.0-2.5% of Mn, no greater than 0.03% of P, exclusive of 0%, no greater than 0.01% of S, exclusive of 0%, 0.002-0.040% of Al, 0.005-0.040% of Ti, 0.0003-0.020% of Zr, 0.0003-0.020% of REM, 0.0003-0.0080% of Ca, 0.0030-0.010% of N, and 0.0003-0.0050% of O, optionally at least one of: 0.05-1.50% of Ni, 0.05-1.50% of Cu, 0.05-1.50% of Cr, 0.05-1.50% of Mo, 0.002-0.10% of Nb, 0.002-0.10% of V, and 0.0005-0.0050% of B, with the remainder consisting of iron and unavoidable impurities, wherein the steel material contains a complex oxide containing REM, Zr, Ti, Al, Ca, and S, and wherein with respect to the complex oxide in the steel material, the number of complex oxides having a circular-equivalent diameter of greater than 3 μm is no greater than 5.0/mm 2, and the number of complex oxides having a circular-equivalent diameter of 0.1-3 μm and satisfying formula is at least 100/mm 2, and furthermore the average composition of the complex oxides that are 0.1-3 μm satisfying formula contains 20% or less of Al 2 O 3, 3-20% of TiO 2, 5-50% of ZrO 2, 5-50% of REM oxide, 5-50% of CaO, and 1-15% of S, wherein the composition of the complex oxide having a size of 0.1-3 μm is measured at a depth of t/4 from the surface of a thick steel plate, where t is the thickness of said thick steel plate. 0.008 ≤ 1 / d × mass% S/ mass% CaO + mass% REM 2 O 3 ≤ 0.289 where d is the circular-equivalent diameter of each complex oxide, and is 0.1-3 μm.
A system for use in a well, comprising: a tubing string having a base pipe; an expandable metal packer mounted around the base pipe and having an expandable metal sleeve operatively anchored along the base pipe via a pair of extremities and an anchoring system, the anchoring system being positioned between at least one of the extremities and the base pipe and including one or more features to create interference between the expandable metal packer and the base pipe so as to prevent axial sliding of the expandable metal packer with respect to the base pipe and to prevent rotational movement of the expandable metal packer with respect to the base pipe. a tubing string having a base pipe; an expandable metal packer mounted around the base pipe and having an expandable metal sleeve operatively anchored along the base pipe via a pair of extremities and an anchoring system, the anchoring system being positioned between at least one of the extremities and the base pipe and including one or more features to create interference between the expandable metal packer and the base pipe so as to prevent axial sliding of the expandable metal packer with respect to the base pipe and to prevent rotational movement of the expandable metal packer with respect to the base pipe.
A wireless telecommunication network base station (eNB) method, comprising: encoding, on a first downlink channel between said base station and user equipment (MTC1, MTC2), an index identifying a number of times that transmissions are repeated by a plurality of other channels between said base station and user equipment wherein said index identifies a number of times that transmissions are repeated by each of said plurality of other channels. encoding, on a first downlink channel between said base station and user equipment (MTC1, MTC2), an index identifying a number of times that transmissions are repeated by a plurality of other channels between said base station and user equipment wherein said index identifies a number of times that transmissions are repeated by each of said plurality of other channels.
A system for recirculating ink for recirculating printheads characterised in that it comprises: - a housing in the manner of a casing or container - two chambers, a first chamber and a second chamber, housed in the interior of the container - a series of pressure sensors connected to the container - a vacuum generator and a pressure generator connected to the outer container wherein the container where the chambers are housed have two entrances for transmitting signals towards the pressure sensors, a first printhead feed connection, a second return connection to the printhead, a third ink feed connection, a fourth connection for returning the ink to the main tank and means for connecting and supporting the vacuum generator and pressure generator; it also has two pumps for interchanging the fluid from one chamber to another in accordance with the pressures applied and the container houses a removable tank in its interior that comprises the first and second chambers and, tank whereto the feed, pressure and vacuum generator connections are screwed. - a housing in the manner of a casing or container - two chambers, a first chamber and a second chamber, housed in the interior of the container - a series of pressure sensors connected to the container - a vacuum generator and a pressure generator connected to the outer container wherein the container where the chambers are housed have two entrances for transmitting signals towards the pressure sensors, a first printhead feed connection, a second return connection to the printhead, a third ink feed connection, a fourth connection for returning the ink to the main tank and means for connecting and supporting the vacuum generator and pressure generator; it also has two pumps for interchanging the fluid from one chamber to another in accordance with the pressures applied and the container houses a removable tank in its interior that comprises the first and second chambers and, tank whereto the feed, pressure and vacuum generator connections are screwed.