mhurhangee/ep-ind-claims huggingface dataset:
Motor vehicle, including electric drive means acting on at least two wheels (21, 22, 23, 24) of two different axles (2, 3), the electric drive means comprising an electric machine (43, 44, 45, 46) and a transmission (33, 34, 35, 36) defining a fixed transmission ratio between the rotational speed of the electric machine and the rotational speed of the wheel, a first transmission for at least one of the wheels of a first axle defining a first transmission ratio and a second transmission for at least one of the wheels of a second axle defining a second transmission ratio, the first transmission including coupling/uncoupling means adapted to adopt a coupling position in which the rotation of the electric machine is coupled to the rotation of the wheel and an uncoupling position in which the rotation of the electric machine is uncoupled from the rotation of the wheel, the first transmission being uncoupled systematically above an uncoupling speed (Vd) and the second transmission being coupled permanently, said vehicle being capable of a maximum speed (Vmax) and the ratio between the maximum speed and the uncoupling speed being greater than 1.6.
Scrap melting furnace / ladle furnace system, characterised in that melting of the scrap by means of supplied primary energy is carried out in the scrap melting furnace and the metal melt is tapped off into a pivot ladle furnace which has two treatment stations, wherein the continuously operated shaft furnace as scrap melting furnace conducts the molten metal through a tippable tapping channel into the respectively operating treatment station of the ladle furnace, in which superheating of the molten metal is carried out by electrical energy, particularly an arc, and the steel optionally is alloyed to finished state.
A negative active material for a rechargeable lithium battery, comprising a core including a silicon oxide represented by Chemical Formula 1; [Chemical Formula 1] SiO x wherein 0 < x < 2; and a surface-treatment layer surrounding the core and including a metal oxide represented by Chemical Formula 2; [Chemical Formula 2] M y O z wherein M is a metal selected from the group consisting of: aluminum (Al), titanium (Ti), cobalt (Co), magnesium (Mg), calcium (Ca), potassium, sodium (Na), boron, strontium (Sr), barium (Ba), manganese (Mn), nickel (Ni), vanadium, iron (Fe), copper (Cu), phosphorus, scandium (Sc), zirconium (Zr), niobium (Nb), chromium (Cr), molybdenum (Mo), and a combination thereof, 0 < y < 5, and 0 < z < 20 wherein the metal of the metal oxide is included in an amount of from 0.1 wt% to 20 wt% based on the total weight of the negative active material for a rechargeable lithium battery; and/or wherein an XPS peak representing an Si-O binding energy appears in the range of 99 eV to 110 eV in an X-ray photoelectron spectroscopic analysis; wherein the negative active material has a ratio (E 1 /E 0) of a Si-O binding energy E 1 of the negative active material to a Si-O binding energy E 0 of the core of from 1.005 to 1.02 in an X-ray photoelectron spectroscopic analysis. a core including a silicon oxide represented by Chemical Formula 1; [Chemical Formula 1] SiO x wherein 0 < x < 2; and a surface-treatment layer surrounding the core and including a metal oxide represented by Chemical Formula 2; [Chemical Formula 2] M y O z wherein M is a metal selected from the group consisting of: aluminum (Al), titanium (Ti), cobalt (Co), magnesium (Mg), calcium (Ca), potassium, sodium (Na), boron, strontium (Sr), barium (Ba), manganese (Mn), nickel (Ni), vanadium, iron (Fe), copper (Cu), phosphorus, scandium (Sc), zirconium (Zr), niobium (Nb), chromium (Cr), molybdenum (Mo), and a combination thereof, 0 < y < 5, and 0 < z < 20 wherein the metal of the metal oxide is included in an amount of from 0.1 wt% to 20 wt% based on the total weight of the negative active material for a rechargeable lithium battery; and/or wherein an XPS peak representing an Si-O binding energy appears in the range of 99 eV to 110 eV in an X-ray photoelectron spectroscopic analysis; wherein the negative active material has a ratio (E 1 /E 0) of a Si-O binding energy E 1 of the negative active material to a Si-O binding energy E 0 of the core of from 1.005 to 1.02 in an X-ray photoelectron spectroscopic analysis.
Laser wave emission device in a frequency range in the Terahertz domain, characterised in that it comprises in combination: - a waveguide extending longitudinally along an axis A-A', the waveguide comprising a proximal end and a distal end, - a superconducting coil coaxial with respect to the waveguide and arranged at the proximal end of the waveguide, - a p-doped germanium p-Ge crystal arranged inside the coil such that the turns of the superconducting coil surround at least partially the p-Ge crystal, - cooling means containing a coolant in the liquid state, the superconducting coil and the p-Ge crystal being arranged in the cooling means and the waveguide extending partially outside the cooling means, - means for removing the coolant in the liquid state in the waveguide, said means comprising two windows (13, 13') transparent to light rays in the Terahertz domain at the proximal and distal ends of the waveguide. - a waveguide extending longitudinally along an axis A-A', the waveguide comprising a proximal end and a distal end, - a superconducting coil coaxial with respect to the waveguide and arranged at the proximal end of the waveguide, - a p-doped germanium p-Ge crystal arranged inside the coil such that the turns of the superconducting coil surround at least partially the p-Ge crystal, - cooling means containing a coolant in the liquid state, the superconducting coil and the p-Ge crystal being arranged in the cooling means and the waveguide extending partially outside the cooling means, - means for removing the coolant in the liquid state in the waveguide, said means comprising two windows (13, 13') transparent to light rays in the Terahertz domain at the proximal and distal ends of the waveguide.
A method of transmitting a pilot in a wireless multi-carrier communication system, comprising: generating pilot symbols for transmission on a first set of subbands used for pilot transmission by a first transmitting entity; processing the pilot symbols with a first code to obtain covered pilot symbols, wherein the first code is orthogonal to a second code used for pilot transmission by a second transmitting entity; processing the covered pilot symbols to obtain a pilot signal having the pilot symbols included in the first set of subbands; processing the covered pilot symbols with a scrambling code to obtain scrambled pilot symbols, and wherein the scrambled pilot symbols are further processed to obtain the pilot signal, wherein the first code includes a number of chips, and wherein each chip of the scrambling code is applied to said pilot symbols; and transmitting the pilot signal from the first transmitting entity. generating pilot symbols for transmission on a first set of subbands used for pilot transmission by a first transmitting entity; processing the pilot symbols with a first code to obtain covered pilot symbols, wherein the first code is orthogonal to a second code used for pilot transmission by a second transmitting entity; processing the covered pilot symbols to obtain a pilot signal having the pilot symbols included in the first set of subbands; processing the covered pilot symbols with a scrambling code to obtain scrambled pilot symbols, and wherein the scrambled pilot symbols are further processed to obtain the pilot signal, wherein the first code includes a number of chips, and wherein each chip of the scrambling code is applied to said pilot symbols; and transmitting the pilot signal from the first transmitting entity.
A spool brake device for a dual-bearing reel, the spool brake device configured to brake a spool capable of winding thereabout a fishing line having a terminal tackle attached to a tip thereof, the spool brake device comprising: a spool braking part configured to electrically brake the spool; a spool controlling part (42, 72) configured to electrically control the spool braking part; and a water landing determining part configured to determine whether or not the terminal tackle is in a water landing state indicating that the terminal tackle is in water; characterised in that it comprises a water landing informing part configured to inform an angler of the water landing state of the terminal tackle by at least one of sound, light, and vibration when the water landing determining part determines that the terminal tackle is in the water landing state. a spool braking part configured to electrically brake the spool; a spool controlling part (42, 72) configured to electrically control the spool braking part; and a water landing determining part configured to determine whether or not the terminal tackle is in a water landing state indicating that the terminal tackle is in water; characterised in that it comprises a water landing informing part configured to inform an angler of the water landing state of the terminal tackle by at least one of sound, light, and vibration when the water landing determining part determines that the terminal tackle is in the water landing state.
A method in a radio base station for activating a radio resource reconfiguration in a User Equipment, UE, and in the radio base station, wherein the UE being subject to the reconfiguration is identifiable by a first UE radio network temporary identifier, first UE identity, the method comprises the steps of: - sending a reconfiguration message indicating a new configuration to be used by said UE, wherein the reconfiguration message comprises a second UE radio network temporary identifier, second UE identity, for said UE, and the second UE identity is associated with said new configuration, - activating the new configuration, - receiving an indication that the UE is identifiable by the second UE identity, - determining that the UE is ready to start transmission or reception with the new configuration when the indication that the UE is identifiable by the second UE identity is received, the method being further characterized by: - wherein the reconfiguration message comprises a request to the UE to perform a UE initiated procedure in association with the reconfiguration, - wherein the step of receiving an indication comprises the step of detecting an indication that the UE initiated procedure is initiated, and - wherein the UE initiated procedure is a Random Access procedure. - sending a reconfiguration message indicating a new configuration to be used by said UE, wherein the reconfiguration message comprises a second UE radio network temporary identifier, second UE identity, for said UE, and the second UE identity is associated with said new configuration, - activating the new configuration, - receiving an indication that the UE is identifiable by the second UE identity, - determining that the UE is ready to start transmission or reception with the new configuration when the indication that the UE is identifiable by the second UE identity is received, - wherein the reconfiguration message comprises a request to the UE to perform a UE initiated procedure in association with the reconfiguration, - wherein the step of receiving an indication comprises the step of detecting an indication that the UE initiated procedure is initiated, and - wherein the UE initiated procedure is a Random Access procedure.
A pharmaceutical formulation comprising an aqueous carrier liquid having dissolved therein (a) a glucocorticoid of formula wherein R represents furan-2-yl, or a solvate thereof, as a medicament; and (b) a solubilising agent for assisting the solubilisation of the medicament in the aqueous carrier liquid wherein the solubilising agent is a surfactant selected from the group consisting of a α-[4-(1,1,3,3-tetramethylbutyl)phenyl]-ω-hydroxypoly(oxy-1,2-ethanediyl) polymer (also known as a octylphenoxypolyethoxyethanol) wherein the number of repeating units in the α-[4-(1,1,3,3-tetramethylbutyl)phenyl]-ω-hydroxypoly(oxy-1,2-ethanediyl) polymer is 7-70 and a 4-(1,1,3,3-Tetramethylbutyl)phenol polymer with formaldehyde and oxirane.
A fiber-reinforced plastic in which at least a portion of a resin member, which is a base member not containing a fiber material or containing a short fiber or a long fiber, is laminated with, as a reinforcement member, a continuous fiber-reinforced resin member in which a continuous fiber is mixed into a thermoplastic resin, which is a matrix resin, the fiber-reinforced plastic being reinforced by this laminated portion, wherein at the laminated portion, an adhesion layer comprising a thermoplastic resin is present between the base member and the reinforcement member, the adhesion layer causing the two to adhere to each other, and with respect to the thermoplastic resin of the reinforcement member, assuming Tg1 denotes its glass transition point if it is an amorphous plastic, or Tm1 its melting point if it is a crystalline plastic, and with respect to the thermoplastic resin of the adhesion layer, assuming Tg2 denotes its glass transition point if it is an amorphous plastic, or Tm2 its melting point if it is a crystalline plastic, then Tg1 > Tg2 or Tm2; or Tm1 > Tg2 or Tm2.
A rolling walker comprising: a seat assembly; a first hub and a second hub disposed on opposing sides of the seat assembly, each of the first and second hubs comprising at least three sub-hubs wherein a second and a third one of the three sub-hubs are configured to selectively rotate with respect to a first one of the three sub-hubs; a first wheel-bearing rear leg that is secured to the first one of the three sub-hubs of the first hub; a second wheel-bearing rear leg that is secured to the first one of the three sub-hubs of the second hub; a first handle arm that is secured to the second one of the three sub-hubs of the first hub; a second handle arm that is secured to the second one of the three sub-hubs of the second hub; a first wheel-bearing front leg that is secured to the third one of the three sub-hubs of the first hub; a second wheel-bearing front leg that is secured to the third one of the three sub-hubs of the second hub; such that the wheel-bearing front legs, the wheel-bearing rear legs, and the handle arms can be selectively rotated with respect to one another between a fully-collapsed state and a fully-deployed state; wherein the seat assembly includes a latch trigger that controls a first and second latch mechanism disposed respectively and at least partially within the first and second hubs to thereby control when the wheel-bearing front legs and the handle arms can rotate with respect to the wheel-bearing rear legs. a seat assembly; a first hub and a second hub disposed on opposing sides of the seat assembly, each of the first and second hubs comprising at least three sub-hubs wherein a second and a third one of the three sub-hubs are configured to selectively rotate with respect to a first one of the three sub-hubs; a first wheel-bearing rear leg that is secured to the first one of the three sub-hubs of the first hub; a second wheel-bearing rear leg that is secured to the first one of the three sub-hubs of the second hub; a first handle arm that is secured to the second one of the three sub-hubs of the first hub; a second handle arm that is secured to the second one of the three sub-hubs of the second hub; a first wheel-bearing front leg that is secured to the third one of the three sub-hubs of the first hub; a second wheel-bearing front leg that is secured to the third one of the three sub-hubs of the second hub; such that the wheel-bearing front legs, the wheel-bearing rear legs, and the handle arms can be selectively rotated with respect to one another between a fully-collapsed state and a fully-deployed state; wherein the seat assembly includes a latch trigger that controls a first and second latch mechanism disposed respectively and at least partially within the first and second hubs to thereby control when the wheel-bearing front legs and the handle arms can rotate with respect to the wheel-bearing rear legs.
A rubber composition comprising 100 parts by mass of a rubber component comprising at least one rubber of natural rubber and synthetic diene base rubbers and 5 to 120 parts by mass of a low molecular weight aromatic vinyl compound-diene compound copolymer having a weight average molecular weight (measured by gel permeation chromatography and reduced to polystyrene) of 1,000 to 300,000, wherein the copolymer comprises 0 to 80 % by mass of an aromatic vinyl compound and has a vinyl bond content of 0 to 80 % by mass in the part of the diene compound, and has at least one cross-linkable functional group at an end.
An apparatus for rotating an object on a screen, the apparatus comprising - a definition unit for in response to first 3D position information related to a first hand of a user and in response to second 3D position information related to a second hand of the user defining a hand axis, - a detection unit for detecting a changed orientation of the hand axis with respect to an axis (31, 32, 33) of a 3D space, wherein the changed orientation of the hand axis comprises a first change in a first angle between the hand axis and a first axis of the 3D space and a second change in a second angle between the hand axis and a second axis of the 3D space and a third change in a third angle between the hand axis and a third axis of the 3D space, and - a calculation unit for in response to a detection result from a detection unit calculating a rotation for the object on the screen, and being characterised in that the detection unit comprises: an angle detector for, in case each one of the first and second and third changes is unequal to zero, detecting the first and second and third changes of angles, a comparator for comparing the respective first and second and third changes of angles with respective first and second and third thresholds, and a reducer for, in response to respective first and second and third comparison results, reducing one or more of the respective first and second and third changes. - a definition unit for in response to first 3D position information related to a first hand of a user and in response to second 3D position information related to a second hand of the user defining a hand axis, - a detection unit for detecting a changed orientation of the hand axis with respect to an axis (31, 32, 33) of a 3D space, wherein the changed orientation of the hand axis comprises a first change in a first angle between the hand axis and a first axis of the 3D space and a second change in a second angle between the hand axis and a second axis of the 3D space and a third change in a third angle between the hand axis and a third axis of the 3D space, and - a calculation unit for in response to a detection result from a detection unit calculating a rotation for the object on the screen, an angle detector for, in case each one of the first and second and third changes is unequal to zero, detecting the first and second and third changes of angles, a comparator for comparing the respective first and second and third changes of angles with respective first and second and third thresholds, and a reducer for, in response to respective first and second and third comparison results, reducing one or more of the respective first and second and third changes.
A detecting device for the detection of biological micro particles (32, 76, 78) that can be marked by means of probes (12, 80) that are detectable by means of radiation, wherein radiation-emitting nucleic acid probes or radiation-emitting proteins are being used as probes, comprising: a filter suitable to filter out the micro particles (32, 76, 78) to be detected from a fluid to be measured, a supply system by means of which chemicals for marking, by means of the probes (12, 80), the micro particles (32, 76, 78) to be detected can be conducted through or to the filter, and by means of which chemicals for regenerating the filter, including the cleaning or conditioning of the filter and the fluidic system, can be conducted through or to the filter, and a detection system (50, 52, 54) for detecting (12, 80) the probes by detecting radiation, wherein the supply system has at least one motor valve with which one of several supply inlets (A2-A5, A7-A9) can be selectively connected to a supply system outlet leading towards the filter, with at least one pump (34, 35) being disposed between the filter and the supply outlet. a filter suitable to filter out the micro particles (32, 76, 78) to be detected from a fluid to be measured, a supply system by means of which chemicals for marking, by means of the probes (12, 80), the micro particles (32, 76, 78) to be detected can be conducted through or to the filter, and by means of which chemicals for regenerating the filter, including the cleaning or conditioning of the filter and the fluidic system, can be conducted through or to the filter, and a detection system (50, 52, 54) for detecting (12, 80) the probes by detecting radiation, wherein the supply system has at least one motor valve with which one of several supply inlets (A2-A5, A7-A9) can be selectively connected to a supply system outlet leading towards the filter, with at least one pump (34, 35) being disposed between the filter and the supply outlet.