mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: broadcasting, by a network node in a wireless network, an initial bandwidth part to a user equipment in system information; wherein the method further comprises: selecting, by the network node, at least one bandwidth part based on incoming data type and/or required quality for a connection to be established; sending, by the network node toward a user equipment, an indication of the at least one selected bandwidth part to be used by the user equipment during a connection establishment procedure to connect the user equipment to the wireless network, wherein the at least one selected bandwidth part is wider than the initial bandwidth part, and wherein the at least one selected bandwidth part is sent via paging or system information after the user equipment transition to idle/inactive state, or in a release message (block 625) prior to the user equipment transition to idle/inactive state, for the wider bandwidth part being in use for an msg3 message of random access procedure, and in response to receiving, by the network node and from the user equipment, the msg3 message for a connection establishment procedure in the selected bandwidth part, performing connection establishment. selecting, by the network node, at least one bandwidth part based on incoming data type and/or required quality for a connection to be established; sending, by the network node toward a user equipment, an indication of the at least one selected bandwidth part to be used by the user equipment during a connection establishment procedure to connect the user equipment to the wireless network, wherein the at least one selected bandwidth part is wider than the initial bandwidth part, and wherein the at least one selected bandwidth part is sent via paging or system information after the user equipment transition to idle/inactive state, or in a release message (block 625) prior to the user equipment transition to idle/inactive state, for the wider bandwidth part being in use for an msg3 message of random access procedure, and in response to receiving, by the network node and from the user equipment, the msg3 message for a connection establishment procedure in the selected bandwidth part, performing connection establishment.
A high-pressure oil pump roller tappet, used in an automobile fuel injection system, mounted between a driving cam and a tappet, wherein: the roller tappet comprises a shell, a holder, a roller, and a pin; wherein the shell whose main structure is a cylindrical housing is made by bending a steel plate in a surrounding way; wherein planes A (1.2) that are in parallel and symmetrical with each other are arranged on both sides of a seam (1.4) on lateral sides of the shell; wherein holes I (1.1) are arranged at symmetrical positions on the two planes A (1.2), wherein the holder is of a U-shape, holes II (2.1) are arranged at symmetrical positions on vertical plates; wherein the roller is located in the middle of the pin, and wherein two ends of the pin passes through the holes I (1.1) and the holes II (2.1) respectively.
A subsea energy storage installation, comprising: at least one elongate rigid pipeline (12, 42) located at a seabed location to serve as a subsea tank; and a pumped-storage system having pumping and hydropower generation components located at one or both opposed ends of the pipeline for, selectively, converting electricity into potential energy by expelling water from within the tank into the surrounding sea and for generating electricity from an incoming flow of water re-entering the tank under hydrostatic pressure; and wherein the at least one elongate rigid pipeline forms part of a towable unit that is configured to be lowered to the seabed location, and the components of the pumped-storage system are located in at least one towhead (14, 16) of the towable unit; or wherein the at least one elongate rigid pipeline comprises a pipe string configured to be laid at the seabed location, and the components of the pumped-storage system are located in at least one terminal module of the pipe string. at least one elongate rigid pipeline (12, 42) located at a seabed location to serve as a subsea tank; and a pumped-storage system having pumping and hydropower generation components located at one or both opposed ends of the pipeline for, selectively, converting electricity into potential energy by expelling water from within the tank into the surrounding sea and for generating electricity from an incoming flow of water re-entering the tank under hydrostatic pressure; and wherein the at least one elongate rigid pipeline forms part of a towable unit that is configured to be lowered to the seabed location, and the components of the pumped-storage system are located in at least one towhead (14, 16) of the towable unit; or wherein the at least one elongate rigid pipeline comprises a pipe string configured to be laid at the seabed location, and the components of the pumped-storage system are located in at least one terminal module of the pipe string.
Polyurea comprising at least urea base units of formula -NH-CO-NH- and additional units, characterized in that these additional units are units of the sulphur-comprising polyaromatic polyamine type comprising at least one sub-unit corresponding to the formula: -HN-Ar 1 -NH-CH 2 -CH -(CH 2) m -O-Z 1 -O-(CH 2) m -CH -CH 2 - n -HN-Ar 2 -NH- in which X represents the string: -HN-Ar 3 -NH-CH 2 -CH -(CH 2) m -O-Z 2 -O-(CH 2) m -CH -CH 2 - and in which: - the "n" symbol represents an integer equal to zero or different from zero; - the "m" symbols, which are identical or different, represent an integer within a range from 1 to 10; - the Z 1 and Z 2 symbols, which are identical or different, represent a divalent bonding group comprising from 1 to 30 carbon atoms; - Ar 1, Ar 2 and Ar 3, which are identical or different, represent a phenylene group, one at least of these phenylene groups bearing one, two, three or four groups of formula -S x -R in which "x" is an integer from 1 to 8 and R represents hydrogen or a hydrocarbon group which can comprise a heteroatom and which comprises from 1 to 10 carbon atoms. - the "n" symbol represents an integer equal to zero or different from zero; - the "m" symbols, which are identical or different, represent an integer within a range from 1 to 10; - the Z 1 and Z 2 symbols, which are identical or different, represent a divalent bonding group comprising from 1 to 30 carbon atoms; - Ar 1, Ar 2 and Ar 3, which are identical or different, represent a phenylene group, one at least of these phenylene groups bearing one, two, three or four groups of formula -S x -R in which "x" is an integer from 1 to 8 and R represents hydrogen or a hydrocarbon group which can comprise a heteroatom and which comprises from 1 to 10 carbon atoms.
A gas turbine fan fairing platform, comprising: a platform body including a first side portion arranged to abut a first fan blade, a second side portion arranged to abut a second fan blade, and a central portion extending between the first side portion and the second side portion; a seal member over the platform body, comprising a first side portion over the platform body first side portion, a central portion (72") over the platform body central portion, and a second side portion over the platform body second side portion; and an erosion protection layer over the seal member over the central portion of the platform body; characterized in that the erosion protection layer includes a solidified erosion protection material disposed on an outer surface of the seal member, the solidified erosion protection material having been solidified on said outer surface from a fluid erosion protection material a platform body including a first side portion arranged to abut a first fan blade, a second side portion arranged to abut a second fan blade, and a central portion extending between the first side portion and the second side portion; a seal member over the platform body, comprising a first side portion over the platform body first side portion, a central portion (72") over the platform body central portion, and a second side portion over the platform body second side portion; and an erosion protection layer over the seal member over the central portion of the platform body; characterized in that the erosion protection layer includes a solidified erosion protection material disposed on an outer surface of the seal member, the solidified erosion protection material having been solidified on said outer surface from a fluid erosion protection material
Component for transmission system, comprising: - a torque input, - a torque output rotatably mobile about an axis, - a support, arranged in the path taken by the torque transmitted by the component between the torque input and the torque output, - a torsional vibration damping device, outside the path taken by the torque transmitted by the component between the torque input and the torque output, the damping device having a fixed resonance frequency, and - a hysteresis generation system for the torsional vibration damping device, characterized in that the torsional vibration damping device is arranged on a first side of the support and in that at least one part of the hysteresis generation system is arranged on a second side of the support, axially opposite the first side of the support. - a torque input, - a torque output rotatably mobile about an axis, - a support, arranged in the path taken by the torque transmitted by the component between the torque input and the torque output, - a torsional vibration damping device, outside the path taken by the torque transmitted by the component between the torque input and the torque output, the damping device having a fixed resonance frequency, and - a hysteresis generation system for the torsional vibration damping device,
An aqueous disinfectant solution comprising: 0.10 - 0.30wt% peroxyacetic acid; hydrogen peroxide; and a carbonate buffer; wherein the ratio of hydrogen peroxide:peroxyacetic acid is 15:1 or greater; the carbonate buffer comprises hydrogen carbonate anions and hydroxide anions or hydrogen carbonate anions and carbonate anions; and the amount of carbonate buffer is chosen so as to provide a pH of between 5 to 7. 0.10 - 0.30wt% peroxyacetic acid; hydrogen peroxide; and a carbonate buffer; wherein the ratio of hydrogen peroxide:peroxyacetic acid is 15:1 or greater; the carbonate buffer comprises hydrogen carbonate anions and hydroxide anions or hydrogen carbonate anions and carbonate anions; and the amount of carbonate buffer is chosen so as to provide a pH of between 5 to 7.
A method of maintaining pluripotency and/or self-renewing characteristics of a cultured stem/progenitor cell that does not originate from a human embryo, said method comprising administering to said stem/progenitor cell a compound of the general formula wherein A is C or N, R 1, R 4 and R 5 are independently selected from the group consisting of H and aliphatic, cycloaliphatic, aromatic, arylaliphatic, and arylcycloaliphatic hydrocarbyl groups, comprising 0 - 3 heteroatoms selected from the group N, O, S, and Si, wherein R 4 and R 5 may optionally be linked so as to define an aliphatic hydrocarbyl bridge, R 2 is selected from the group consisting of H and halogen, and R 3 is H, or an aliphatic or arylaliphatic hydrocarbyl group comprising 1 - 8 main chain carbon atoms and 0 - 3 heteroatoms selected from the group N, O, S, Si, and halogen. A is C or N, R 1, R 4 and R 5 are independently selected from the group consisting of H and aliphatic, cycloaliphatic, aromatic, arylaliphatic, and arylcycloaliphatic hydrocarbyl groups, comprising 0 - 3 heteroatoms selected from the group N, O, S, and Si, wherein R 4 and R 5 may optionally be linked so as to define an aliphatic hydrocarbyl bridge, R 2 is selected from the group consisting of H and halogen, and R 3 is H, or an aliphatic or arylaliphatic hydrocarbyl group comprising 1 - 8 main chain carbon atoms and 0 - 3 heteroatoms selected from the group N, O, S, Si, and halogen.
A system for dispensing granular material into a container configured to be hot isostatically pressed, the system comprising: a filling nozzle having at least one opening, the filling nozzle being configured to open and close via rotary actuation, a filling port that is integrally connected to the container, wherein the filling nozzle and filling port are configured to selectively attach together; and wherein the filling nozzle is configured to conditionally allow the granular material to be dispensed into the container when an opening of the filling nozzle is aligned with an opening in the filling port; wherein the system further comprises a vibratory device or vacuum powder compaction device that is configured to pack the granular material and thereby increase its density. a filling nozzle having at least one opening, the filling nozzle being configured to open and close via rotary actuation, a filling port that is integrally connected to the container, wherein the filling nozzle and filling port are configured to selectively attach together; and wherein the filling nozzle is configured to conditionally allow the granular material to be dispensed into the container when an opening of the filling nozzle is aligned with an opening in the filling port; wherein the system further comprises a vibratory device or vacuum powder compaction device that is configured to pack the granular material and thereby increase its density.
Method for managing the charge of a metal-air battery comprising at least one cell (10,11,12), the cell comprising at least a negative electrode, a first positive air electrode, and a second positive oxygen-release electrode, the method comprising, for each cell, during application of a current to the cell that results, during charging, in the flow of charging current between the negative electrode and the second positive oxygen-release electrode: - comparing the absolute value of a potential of the negative electrode to a critical threshold value, the potential of the negative electrode being determined relative to the first positive air electrode; characterized in that: - when the absolute value of the potential of the negative electrode reaches the threshold value, diverting an excess charging current that is a function of the difference between the current applied to the cell and the charging current. - comparing the absolute value of a potential of the negative electrode to a critical threshold value, the potential of the negative electrode being determined relative to the first positive air electrode; - when the absolute value of the potential of the negative electrode reaches the threshold value, diverting an excess charging current that is a function of the difference between the current applied to the cell and the charging current.
A process for operation of a recovery column, wherein acrylonitrile is separated from a mixture of acrylonitrile and acetonitrile provided to the recovery column, the process comprising providing a temperature of 100 to 105 °C to a control tray in the recovery column prior to introduction of a feed stream into the recovery column, wherein the control tray is located in the middle section of the recovery column, and further wherein the mixture of acrylonitrile and acetonitrile is provided to a middle section of the recovery column.
A laser annealing method comprising: a step of preparing a silicon wafer (10, 20, 30) in which an element forming a complex defect that serves as a donor by being activated is implanted in an outer layer portion on one outer surface; and a step of activating the element by causing a pulsed laser beam having a wavelength within a range of 690 nm to 950 nm to be incident onto a laser irradiation surface that is the outer surface of the silicon wafer (10, 20, 30) in which the element is implanted, wherein in the step of activating the element, the pulsed laser beam is caused to be incident onto the silicon wafer (10, 20, 30) with a pulse width of 70 μs to 100 μs and a pulse energy density of the pulsed laser beam on condition that at least the element in a part of a region to a depth of 20 μm from the outer surface is activated without melting the laser irradiation surface, and wherein a highest temperature on a laser irradiation surface of the silicon wafer (10, 20, 30) becomes substantially 1414°C or is within a range of 1000°C to lower than 1414°C. a step of preparing a silicon wafer (10, 20, 30) in which an element forming a complex defect that serves as a donor by being activated is implanted in an outer layer portion on one outer surface; and a step of activating the element by causing a pulsed laser beam having a wavelength within a range of 690 nm to 950 nm to be incident onto a laser irradiation surface that is the outer surface of the silicon wafer (10, 20, 30) in which the element is implanted, wherein in the step of activating the element, the pulsed laser beam is caused to be incident onto the silicon wafer (10, 20, 30) with a pulse width of 70 μs to 100 μs and a pulse energy density of the pulsed laser beam on condition that at least the element in a part of a region to a depth of 20 μm from the outer surface is activated without melting the laser irradiation surface, and wherein
A sprocket consisting of individual metallic sprocket segments (14, 21) each having at least one toothing, characterised in that each sprocket segment is at least one die-forged piece, each die-forged piece has the basic shape of a cuboid curved along its length, the cuboid has a material cut-out in the centre of one of its curved edges (10, 11), the surface delimiting the material cut-out is concavely curved at least in some sections, and each die-forged piece has post-machined connection faces (16, 17, 18).
A method for detecting dedicated short range communications, DSRC, transmissions to determine whether to use at least a portion of the DSRC spectrum, comprising: operating (705; 905; 1005; 1105), by a multi-mode device, outside of the DSRC spectrum using a first clock rate; switching (715; 910; 1010; 1110) to a second clock rate while operating outside of the DSRC spectrum to detect DSRC transmissions using the DSRC spectrum; and characterized by determining (1015, 1020; 1130, 1135) whether the detected DSRC transmissions exceed a threshold; upon determining that the detected DSRC transmissions fails to exceed the threshold, switching (730; 1025; 1140) to the first clock rate; and operating (1030; 1145) in at least a portion of the DSRC spectrum. operating (705; 905; 1005; 1105), by a multi-mode device, outside of the DSRC spectrum using a first clock rate; switching (715; 910; 1010; 1110) to a second clock rate while operating outside of the DSRC spectrum to detect DSRC transmissions using the DSRC spectrum; and characterized by determining (1015, 1020; 1130, 1135) whether the detected DSRC transmissions exceed a threshold; upon determining that the detected DSRC transmissions fails to exceed the threshold, switching (730; 1025; 1140) to the first clock rate; and operating (1030; 1145) in at least a portion of the DSRC spectrum.
A B cell modified to reversibly induce diversification of a target gene, the B cell comprising: (a) a cis-regulatory element operably linked to a target gene, wherein the target gene comprises a promoter and a coding region; and (b) a fusion construct that encodes a tethering factor fused to a diversification factor, wherein the tethering factor specifically binds to the cis-regulatory element of (a) and the diversification factor reversibly induces diversification of the coding region. (a) a cis-regulatory element operably linked to a target gene, wherein the target gene comprises a promoter and a coding region; and (b) a fusion construct that encodes a tethering factor fused to a diversification factor, wherein the tethering factor specifically binds to the cis-regulatory element of (a) and the diversification factor reversibly induces diversification of the coding region.
Tank filler neck for a motor vehicle, comprising - a plastic tube, - a filler head composed of metal and enclosing the plastic tube at its end, - a first seal composed of an elastomer and arranged on the circumference between the plastic tube and the filler head, - a first supporting ring which is arranged opposite the first seal in relation to the plastic tube and which has a greater wall thickness than the filler head, characterized by - a second supporting ring which is arranged opposite the first supporting ring in relation to the plastic tube. - a plastic tube, - a filler head composed of metal and enclosing the plastic tube at its end, - a first seal composed of an elastomer and arranged on the circumference between the plastic tube and the filler head, - a first supporting ring which is arranged opposite the first seal in relation to the plastic tube and which has a greater wall thickness than the filler head, - a second supporting ring which is arranged opposite the first supporting ring in relation to the plastic tube.
Floating wind turbine comprising a floating platform and a turbine engine resting on the platform, the turbine engine comprising: - first and second vertical-axis turbines arranged symmetrically with respect to a first plane, each turbine comprising a number N of blades equal to or greater than 2 comprising central parts and profiled arms (34, 36); the axes of rotation (A, A') of the blades of the turbines being contained in a second plane perpendicular to the first plane, the central parts of the blades in rotation describing cylinders around the axes (A, A') and being extended at the ends by the arms, the arms also being linked to axle elements (52, 56) by pivot linkages (74, 76), the arms (34, 36) being perpendicular to the axes of rotation (A, A') of the blades, the central part of each blade being linked to each arm (34, 36) via a profiled elbow portion (38, 40), in which, for each blade, the height of the central part of the blade measured parallel to the axis of rotation (A, A') of the blade, is greater than or equal to 2/3 of the height, measured parallel to the axis of rotation (A, A') of the blade, between the two arms (34, 36) linked to the central part of the blade and in which each turbine is supported by two horizontal fairings, upper and lower (42, 44; 126, 128) equipped with support structure and does not comprise a shaft linking the axle elements together; and - a structure for bearing the turbines composed comprising said upper and lower horizontal fairings equipped with support structures, linked to a vertical median pylon between the turbines. - first and second vertical-axis turbines arranged symmetrically with respect to a first plane, each turbine comprising a number N of blades equal to or greater than 2 comprising central parts and profiled arms (34, 36); the axes of rotation (A, A') of the blades of the turbines being contained in a second plane perpendicular to the first plane, the central parts of the blades in rotation describing cylinders around the axes (A, A') and being extended at the ends by the arms, the arms also being linked to axle elements (52, 56) by pivot linkages (74, 76), the arms (34, 36) being perpendicular to the axes of rotation (A, A') of the blades, the central part of each blade being linked to each arm (34, 36) via a profiled elbow portion (38, 40), in which, for each blade, the height of the central part of the blade measured parallel to the axis of rotation (A, A') of the blade, is greater than or equal to 2/3 of the height, measured parallel to the axis of rotation (A, A') of the blade, between the two arms (34, 36) linked to the central part of the blade and in which each turbine is supported by two horizontal fairings, upper and lower (42, 44; 126, 128) equipped with support structure and does not comprise a shaft linking the axle elements together; and - a structure for bearing the turbines composed comprising said upper and lower horizontal fairings equipped with support structures, linked to a vertical median pylon between the turbines.