mhurhangee/ep-ind-claims huggingface dataset:
A method for fabricating a preform for a fuselage section of an aircraft, the method comprising: advancing a series of arcuate mandrel sections in a process direction through an assembly line; placing stringer preforms onto the arcuate mandrel sections via stringer placement stations;a uniting the series of arcuate mandrel sections into a combined mandrel; laying up fiber reinforced material onto the combined mandrel and the stringer preforms; and splicing the fiber reinforced material that is laid-up onto the arcuate mandrel sections, wherein: - placing stringer preforms onto the arcuate mandrel sections comprises placing the stringer preforms during pauses between pulses of the arcuate mandrel sections along the assembly line; or - placing stringer preforms onto the arcuate mandrel sections comprises placing the stringer preforms as the arcuate mandrel sections move continuously along the assembly line. advancing a series of arcuate mandrel sections in a process direction through an assembly line; placing stringer preforms onto the arcuate mandrel sections via stringer placement stations;a uniting the series of arcuate mandrel sections into a combined mandrel; laying up fiber reinforced material onto the combined mandrel and the stringer preforms; and splicing the fiber reinforced material that is laid-up onto the arcuate mandrel sections, wherein: - placing stringer preforms onto the arcuate mandrel sections comprises placing the stringer preforms during pauses between pulses of the arcuate mandrel sections along the assembly line; or - placing stringer preforms onto the arcuate mandrel sections comprises placing the stringer preforms as the arcuate mandrel sections move continuously along the assembly line. - placing stringer preforms onto the arcuate mandrel sections comprises placing the stringer preforms during pauses between pulses of the arcuate mandrel sections along the assembly line; or - placing stringer preforms onto the arcuate mandrel sections comprises placing the stringer preforms as the arcuate mandrel sections move continuously along the assembly line.
A method of communications for a device (110, 500), comprising: determining a type of an identity module (112, 550) based on one or more internal parameters of the identity module (112, 550); obtaining one or more credentials based at least in part on the determined type of the identity module (112, 550); and generating a virtual identification module (128, 510) based on the one or more internal parameters of the identity module (112, 550) and the obtained one or more credentials, wherein the identity module (112, 550) comprises a mobile country code, MCC, and a mobile network code, MNC, and wherein the obtaining further comprises using the MCC and MNC to determine the one or more credentials. determining a type of an identity module (112, 550) based on one or more internal parameters of the identity module (112, 550); obtaining one or more credentials based at least in part on the determined type of the identity module (112, 550); and generating a virtual identification module (128, 510) based on the one or more internal parameters of the identity module (112, 550) and the obtained one or more credentials, wherein the identity module (112, 550) comprises a mobile country code, MCC, and a mobile network code, MNC, and wherein the obtaining further comprises using the MCC and MNC to determine the one or more credentials.
A method for signal processing in an injection moulding machine that operates cyclically, for processing plastics and other plasticisable materials, having - at least one machine controller, - at least one sensor that detects at least one measurement variable, - at least one processing unit that processes the at least one measurement variable on site, in or at the sensor, in the processing unit, and is connected to the machine controller by means of at least one interface that takes the form of a digital real-time connection, - wherein the processing unit processes the at least one measurement variable in at least one section of at least one cycle by means of at least one mathematical function, and evaluates at least one resulting output as part of at least one analysis, on site, in or at the sensor, wherein the processing unit receives data from the machine controller for the purpose of evaluating the result of the measurement variables during the analysis, - wherein the analysis comprises at least one target/actual analysis and, in the event that an actual state deviates from a target state, the processing unit transmits at least one signal to the machine controller and/or to an actuator of the injection moulding machine, independently of machine-specific parameters. - at least one machine controller, - at least one sensor that detects at least one measurement variable, - at least one processing unit that processes the at least one measurement variable on site, in or at the sensor, in the processing unit, and is connected to the machine controller by means of at least one interface that takes the form of a digital real-time connection, - wherein the processing unit processes the at least one measurement variable in at least one section of at least one cycle by means of at least one mathematical function, and evaluates at least one resulting output as part of at least one analysis, on site, in or at the sensor, wherein the processing unit receives data from the machine controller for the purpose of evaluating the result of the measurement variables during the analysis, - wherein the analysis comprises at least one target/actual analysis and, in the event that an actual state deviates from a target state, the processing unit transmits at least one signal to the machine controller and/or to an actuator of the injection moulding machine, independently of machine-specific parameters.
A process for the preparation of crosslinked derivatives of polycarboxylated polysaccharides, wherein at least one of the polysaccharide chains consists of hyaluronic acid or a derivative thereof, crosslinked by means of 1,3-dipolar cycloaddition reaction, said process comprising the following steps: i) synthesis of partial derivatives selected among esters, amides, thioesters or anhydrides of hyaluronic acid, and optionally synthesis of another polycarboxylated polysaccharide or the respective salts or derivatives; ii) cycloaddition reaction between the derivatives obtained in step i) with the formation of covalent bonds between the chains, wherein the partial derivatives obtained in step i) have pairs of residues containing groups capable of reacting with each other in the subsequent step ii) and wherein the pairs of residues are a pair of the type 1,3-dipole and dipolarophile, wherein: - the 1,3-dipole compound is selected from the group consisting of derivatives of azides; - the dipolarophile compound is selected from the group consisting of alkenes, alkynes or derivatives of alkenes or alkynes with one or more electron-attractor groups bound to the double or triple bond, and preferably 63 from acrylates, acrylamides, fumarates, vinylketones, nitro-alkenes, nitro-alkynes, maleic anhydride, methylacetylene and quinones. i) synthesis of partial derivatives selected among esters, amides, thioesters or anhydrides of hyaluronic acid, and optionally synthesis of another polycarboxylated polysaccharide or the respective salts or derivatives; ii) cycloaddition reaction between the derivatives obtained in step i) with the formation of covalent bonds between the chains, - the 1,3-dipole compound is selected from the group consisting of derivatives of azides; - the dipolarophile compound is selected from the group consisting of alkenes, alkynes or derivatives of alkenes or alkynes with one or more electron-attractor groups bound to the double or triple bond, and preferably 63 from acrylates, acrylamides, fumarates, vinylketones, nitro-alkenes, nitro-alkynes, maleic anhydride, methylacetylene and quinones.
A catalytic device comprising: a catalyst support that is formed by metal leaf-shaped flat plate and corrugated plate being stacked and rolled and supports a catalyst; and an outer cylinder that houses the catalyst support and supports the catalyst support with one end of the catalyst support made to face an upstream side of exhaust gas and another end of the catalyst support made to face a downstream side of the exhaust gas, wherein, the flat plate and the corrugated plate have a plurality of holes, and in a flat state in which the flat plate and the corrugated plate are not yet shaped into the catalyst support, the plurality of holes form a plurality of first lines by aligning in a first direction that is parallel to a direction of an axis of the catalyst support and form a plurality of second lines by aligning in a second direction that is orthogonal to the first direction, a joint area between the flat plate and the corrugated plate is provided in a first upstream area including the one end of the catalyst support, characterized in that a joint area between the catalyst support and the outer cylinder is provided in a second upstream area including the one end of the catalyst support. a catalyst support that is formed by metal leaf-shaped flat plate and corrugated plate being stacked and rolled and supports a catalyst; and an outer cylinder that houses the catalyst support and supports the catalyst support with one end of the catalyst support made to face an upstream side of exhaust gas and another end of the catalyst support made to face a downstream side of the exhaust gas, wherein, the flat plate and the corrugated plate have a plurality of holes, and in a flat state in which the flat plate and the corrugated plate are not yet shaped into the catalyst support, the plurality of holes form a plurality of first lines by aligning in a first direction that is parallel to a direction of an axis of the catalyst support and form a plurality of second lines by aligning in a second direction that is orthogonal to the first direction, a joint area between the flat plate and the corrugated plate is provided in a first upstream area including the one end of the catalyst support, characterized in that a joint area between the catalyst support and the outer cylinder is provided in a second upstream area including the one end of the catalyst support.
A method for preparing clinical-grade mesenchymal stem cells derived from human induced pluripotent stem cells, comprising the steps of: 1) digesting human induced pluripotent stem cells to prepare single cell suspension, and plating it on a pretreated culture plate; 2) induction culturing by using an induction medium for the differentiation of human induced pluripotent stem cells into clinical-grade mesenchymal stem cells when the cells obtained in step 1) reaching 80% confluence, and changing the medium every day; the induction medium takes an α-MEM medium as a basic medium, and adds the following components: 5%-10% human platelet extract in volume concentration, 5-10 μmol/L SB431542 and 1-5μmol/L CHIR99021; 3) digesting the cells to prepare single cell suspension when the cells obtained in step 2) reaching 100% confluence, inoculating on a mesenchymal stem cells amplification medium for amplification culture, and the cells obtained after 3-4 generations of amplification culture are clinical-grade mesenchymal stem cells; the amplification medium takes an α-MEM medium as a basic medium and adds 5%-10% human platelet extract in volume concentration; the cell density at the time of inoculation in step 1) or step 3) is 1×10 4 -5×10 4 /cm 2. 1) digesting human induced pluripotent stem cells to prepare single cell suspension, and plating it on a pretreated culture plate; 2) induction culturing by using an induction medium for the differentiation of human induced pluripotent stem cells into clinical-grade mesenchymal stem cells when the cells obtained in step 1) reaching 80% confluence, and changing the medium every day; the induction medium takes an α-MEM medium as a basic medium, and adds the following components: 5%-10% human platelet extract in volume concentration, 5-10 μmol/L SB431542 and 1-5μmol/L CHIR99021; 3) digesting the cells to prepare single cell suspension when the cells obtained in step 2) reaching 100% confluence, inoculating on a mesenchymal stem cells amplification medium for amplification culture, and the cells obtained after 3-4 generations of amplification culture are clinical-grade mesenchymal stem cells; the amplification medium takes an α-MEM medium as a basic medium and adds 5%-10% human platelet extract in volume concentration; the cell density at the time of inoculation in step 1) or step 3) is 1×10 4 -5×10 4 /cm 2. the amplification medium takes an α-MEM medium as a basic medium and adds 5%-10% human platelet extract in volume concentration; the cell density at the time of inoculation in step 1) or step 3) is 1×10 4 -5×10 4 /cm 2.
Light signal, in particular for railway safety systems, with electronic components and a power dissipation arrangement for converting electrical power into heat, wherein the electronic components are arranged in a signal transmitter housing which is connected to a shielding plate to reduce phantom light, characterised in that the power dissipation arrangement is associated with the shielding plate and is embodied as a shielding plate heater, wherein the shielding plate heater is embodied as a heating element embedded in the shielding plate.
A method for performing synchronization in a mobile communication system comprising a base station and a user equipment, comprising: dividing, by the base station, cells into one or more group(s) based on a predetermined rule, such that a Physical Random Access Channel (PRACH) procedure is performed with respect to a group from the one or more group(s) of cells, so as to acquire for the user equipment a Timing Advance for use in transmissions, further comprising: providing a unique identification of the group, wherein the unique identification is a cell index of a cell in the group, or an index of the group, wherein the group only comprises secondary cells, wherein one of the secondary cells is selected as a primary secondary cell, wherein the PRACH procedure is performed on the secondary cells till the PRACH procedure succeeds, or the PRACH procedure is performed on the primary secondary cell, wherein the user equipment is triggered to perform a PRACH procedure in the following cases: in the case of the unique identification of the group being a cell index, if the index allocated to the identification of the group to which a secondary cell belongs is identical to a cell index allocated to the secondary cell when the base station allocates the secondary cell to the user equipment; in the case of the unique identification of the group being an index of the group, if the index of the group to which a secondary cell belongs is different from any existing group index when the base station allocates the second cell to the user equipment; or in the case that the base station has sent a Physical Dedicated Control Channel (PDCCH) order signaling. in the case of the unique identification of the group being a cell index, if the index allocated to the identification of the group to which a secondary cell belongs is identical to a cell index allocated to the secondary cell when the base station allocates the secondary cell to the user equipment; in the case of the unique identification of the group being an index of the group, if the index of the group to which a secondary cell belongs is different from any existing group index when the base station allocates the second cell to the user equipment; or in the case that the base station has sent a Physical Dedicated Control Channel (PDCCH) order signaling.
An oral care composition comprising: (i) an orally acceptable gallium salt and (ii) ε-polylysine; wherein the combination of the gallium salt and ε-polylysine is present at a concentration effective to disrupt biofilm, wherein the amount of orally acceptable gallium salt is from 0.001 to 5% and wherein the amount of ε-polylysine is from 0.001 to 5%.
A tire curing bladder comprising: an elastomeric body; and a radio frequency identification device (RFID) tag chemically bonded to the elastomeric body. an elastomeric body; and a radio frequency identification device (RFID) tag chemically bonded to the elastomeric body.
A reprogrammable logic device comprising a plurality of tiles, each tile comprising: at least one logic block configurable by one or more volatile memory cells storing configuration data; and a memory comprising: a plurality of non-volatile memory cells storing refresh data, each non-volatile memory cell comprising first and second resistance switching elements (520, 522) each programmable to have one of first and second resistance values (Rmin, Rmax) representative of said refresh data; and characterised in that the memory comprises: read-write circuitry adapted to periodically refresh said configuration data based on said refresh data, wherein each of a first and a second of the non-volatile memory cells is coupled to a first and a second node (508, 510) of the read-write circuitry, and the read-write circuitry is adapted to periodically refresh the configuration data of a first of the volatile memory cells based on the refresh data stored by the first non-volatile memory cell, and to periodically refresh the configuration data of a second of the volatile memory cells based on the refresh data stored by the second non-volatile memory cell. at least one logic block configurable by one or more volatile memory cells storing configuration data; and a memory comprising: a plurality of non-volatile memory cells storing refresh data, each non-volatile memory cell comprising first and second resistance switching elements (520, 522) each programmable to have one of first and second resistance values (Rmin, Rmax) representative of said refresh data; and characterised in that the memory comprises: read-write circuitry adapted to periodically refresh said configuration data based on said refresh data, wherein each of a first and a second of the non-volatile memory cells is coupled to a first and a second node (508, 510) of the read-write circuitry, and the read-write circuitry is adapted to periodically refresh the configuration data of a first of the volatile memory cells based on the refresh data stored by the first non-volatile memory cell, and to periodically refresh the configuration data of a second of the volatile memory cells based on the refresh data stored by the second non-volatile memory cell.
An apparatus to process cached content, the apparatus comprising: a content identification information library to store first content identification information of a first media presentation (108, 110, 112), wherein the first media presentation is a streamed media presentation (108, 110, 112); a network activity meter to inspect a network connection of a media streaming device for network activity associated with a second media presentation; a network activity manager to determine, in response to an absence of the network activity, the second media presentation is a cached media presentation, the cached media presentation retrieved from memory of the media streaming device; a cached content source determiner (214, 216) to infer a streaming source of the second media presentation by matching second content identification information of the second media presentation with the first content identification information of the first media presentation; and a media credit manager to generate a second media credit for the second media presentation that includes an inferred streaming source identifier. a content identification information library to store first content identification information of a first media presentation (108, 110, 112), wherein the first media presentation is a streamed media presentation (108, 110, 112); a network activity meter to inspect a network connection of a media streaming device for network activity associated with a second media presentation; a network activity manager to determine, in response to an absence of the network activity, the second media presentation is a cached media presentation, the cached media presentation retrieved from memory of the media streaming device; a cached content source determiner (214, 216) to infer a streaming source of the second media presentation by matching second content identification information of the second media presentation with the first content identification information of the first media presentation; and a media credit manager to generate a second media credit for the second media presentation that includes an inferred streaming source identifier.
A pair of sliding components (3, 5) having respective sliding faces which slide relative to each other: at least one of the sliding faces is provided with a plurality of dimples; the dimples include a cone-shaped concave part, wherein a ratio (G/D) of a depth of the concave part and an opening diameter of the concave part is 0.25 to 1, wherein the opening diameter of the cone-shaped concave part is defined as a diameter of a figure formed by intersection of a surface partitioning the wall part and the sliding face, characterized in that the dimples include a peripheral edge part which has a dent shallower than the concave part on the outside of a wall part of the concave part, the peripheral edge part consists of an outer peripheral edge part which ranges to the sliding face on the outside of the concave part, a peripheral wall provided in a standing manner in the outer peripheral edge part, and a bottom wall which ranges to the peripheral wall and has a substantially constant depth (δ), and a ratio (E3/D) of a width of the peripheral edge part and the opening diameter is 0.15 to 0.5. at least one of the sliding faces is provided with a plurality of dimples; the dimples include a cone-shaped concave part, wherein a ratio (G/D) of a depth of the concave part and an opening diameter of the concave part is 0.25 to 1, wherein the opening diameter of the cone-shaped concave part is defined as a diameter of a figure formed by intersection of a surface partitioning the wall part and the sliding face, characterized in that the dimples include a peripheral edge part which has a dent shallower than the concave part on the outside of a wall part of the concave part, the peripheral edge part consists of an outer peripheral edge part which ranges to the sliding face on the outside of the concave part, a peripheral wall provided in a standing manner in the outer peripheral edge part, and a bottom wall which ranges to the peripheral wall and has a substantially constant depth (δ), and a ratio (E3/D) of a width of the peripheral edge part and the opening diameter is 0.15 to 0.5.