mhurhangee/ep-ind-claims huggingface dataset:
Method for receiving magnetic resonance signals by means of a magnetic resonance device, wherein the magnetic resonance device has at least one active receive coil element, with which magnetic resonance signals are received, wherein the magnetic resonance device has a multiplexer with a signal output and a number of signal inputs, wherein a first active receive coil element is connected to a first signal input and a second active receive coil element is connected to a second signal input, wherein the multiplexer has a number of signal inputs which is larger than the number of active receive coil elements, wherein the remaining part of the number of signal inputs is not connected to an active receive coil element, wherein while the magnetic resonance signals are received consecutively, the multiplexer interconnects the signal inputs, which are connected to an active receive coil element in each case, with the signal output, wherein the multiplexer does not interconnect at least one part of the remaining part of the number of signal inputs, which is not connected to an active receive coil element, with the signal output, wherein a whole body coil integrated fixedly in the magnetic resonance device comprises all active receive coil elements. wherein the magnetic resonance device has at least one active receive coil element, with which magnetic resonance signals are received, wherein the magnetic resonance device has a multiplexer with a signal output and a number of signal inputs, wherein a first active receive coil element is connected to a first signal input and a second active receive coil element is connected to a second signal input, wherein the multiplexer has a number of signal inputs which is larger than the number of active receive coil elements, wherein the remaining part of the number of signal inputs is not connected to an active receive coil element, wherein while the magnetic resonance signals are received consecutively, the multiplexer interconnects the signal inputs, which are connected to an active receive coil element in each case, with the signal output, wherein the multiplexer does not interconnect at least one part of the remaining part of the number of signal inputs, which is not connected to an active receive coil element, with the signal output, wherein a whole body coil integrated fixedly in the magnetic resonance device comprises all active receive coil elements.
T7 RNA polymerase mutated at position 744, the glutamine being replaced by an amino acid selected from arginine (Q744R), leucine (Q744L) or proline (Q744P).
A fuel injection unit suitable for assembly to a cylinder head and for injecting fuel to a cylinder of an internal combustion engine having a common rail fuel system with at least one high pressure fuel pump, the fuel injection unit being connectable to the common rail fuel system, the fuel injection unit comprising a pilot nozzle and a main nozzle, the pilot nozzle having a pilot needle and a pilot needle control volume connected by means of a flow passage with a pilot control valve, the pilot nozzle and the main nozzle having a common needle cavity, characterized in a flow fuse arranged in connection with the flow passage connecting the pilot needle control volume to the pilot control valve.
A sigma-delta analog-to-digital converter, ADC, comprising: a forward path (10, 12) connected to an input of the sigma-delta ADC comprising a filtering stage and a quantization stage, the forward path having a transfer function H ff; a feedback path (15,13) from an output of the forward path to the input of the sigma-delta ADC, said feedback path comprising a digital-to-analog converter, DAC, and a finite impulse response, FIR, digital filter for converting the output of the forward path, said feedback path having a transfer function H fb; wherein the sigma-delta ADC has a stable noise transfer function NTF given by: NTF = 1 1 + H ff H fb = 1 1 + H wherein H is the loop transfer function, said NTF having at least one damped zero; wherein, if H comprises undamped poles, H ff comprising all the undamped poles of H, and wherein H fb comprises at least one damped pole associated with one of said at least one damped zero; wherein the finite impulse response, FIR, digital filter has an impulse response that approximates the impulse response associated with H fb, wherein the first N coefficients of the impulse response are implemented as said FIR filter, wherein N is at least equal to a time constant of the most low frequent pole of H fb; wherein the FIR digital filter is combined with the DAC for forming a finite impulse response digital-to-analog converter FIRDAC. a forward path (10, 12) connected to an input of the sigma-delta ADC comprising a filtering stage and a quantization stage, the forward path having a transfer function H ff; a feedback path (15,13) from an output of the forward path to the input of the sigma-delta ADC, said feedback path comprising a digital-to-analog converter, DAC, and a finite impulse response, FIR, digital filter for converting the output of the forward path, said feedback path having a transfer function H fb; wherein the sigma-delta ADC has a stable noise transfer function NTF given by: NTF = 1 1 + H ff H fb = 1 1 + H wherein H is the loop transfer function, said NTF having at least one damped zero; wherein, if H comprises undamped poles, H ff comprising all the undamped poles of H, and wherein H fb comprises at least one damped pole associated with one of said at least one damped zero; wherein the finite impulse response, FIR, digital filter has an impulse response that approximates the impulse response associated with H fb, wherein the first N coefficients of the impulse response are implemented as said FIR filter, wherein N is at least equal to a time constant of the most low frequent pole of H fb; wherein the FIR digital filter is combined with the DAC for forming a finite impulse response digital-to-analog converter FIRDAC.
A method comprising: applying flux to an aluminum surface; brazing the aluminum surface; and removing residual flux and metal oxides from the aluminum surface using an aqueous fluid having a pH between 5 and 9; wherein the aqueous fluid comprises deionized water; and wherein the aqueous fluid comprises a surfactant. applying flux to an aluminum surface; brazing the aluminum surface; and removing residual flux and metal oxides from the aluminum surface using an aqueous fluid having a pH between 5 and 9; wherein the aqueous fluid comprises deionized water; and wherein the aqueous fluid comprises a surfactant.
Shoeing for a hoof of an equine, comprising: - a base plate and - clips (3 to 5), - the base plate being connected to the clips (3 to 5), - the clips (3 to 5) having hoof wall fastening means (33, 34, 35a, 35b) which are designed to reversibly detachably fasten the clips (3 to 5) to a hoof wall of the equine, - the clips (3 to 5) having an angular cross section, at least one hoof wall leg (15, 16, 17a and 17b) of the clips (3 to 5) being designed in each case to be fastened to the hoof wall of the equine and at least one base plate leg (12 to 14) of the clips (13 to 15) being designed in each case to be fastened to the base plate, and - the base plate having a slot (9 to 11) for each of the clips (3 to 5) that is intended to receive the clips (3 to 5) in regions, the slot (9 to 11) and the clip (3 to 5) being designed to be reversibly detachably interconnected, characterised in that - the hoof wall fastening means (33, 34, 35a, 35b) comprise part of a hook-and-loop closure (33, 34, 35a, 35b; 36, 37), and - in that the base plate legs (12 to 14) have structured surfaces (18 to 23) comprising teeth which point in a common direction, and surfaces of the slots (9 to 11) have teeth for engaging the teeth of the base plate legs. - a base plate and - clips (3 to 5), - the base plate being connected to the clips (3 to 5), - the clips (3 to 5) having hoof wall fastening means (33, 34, 35a, 35b) which are designed to reversibly detachably fasten the clips (3 to 5) to a hoof wall of the equine, - the clips (3 to 5) having an angular cross section, at least one hoof wall leg (15, 16, 17a and 17b) of the clips (3 to 5) being designed in each case to be fastened to the hoof wall of the equine and at least one base plate leg (12 to 14) of the clips (13 to 15) being designed in each case to be fastened to the base plate, and - the base plate having a slot (9 to 11) for each of the clips (3 to 5) that is intended to receive the clips (3 to 5) in regions, the slot (9 to 11) and the clip (3 to 5) being designed to be reversibly detachably interconnected, - the hoof wall fastening means (33, 34, 35a, 35b) comprise part of a hook-and-loop closure (33, 34, 35a, 35b; 36, 37), and - in that the base plate legs (12 to 14) have structured surfaces (18 to 23) comprising teeth which point in a common direction, and surfaces of the slots (9 to 11) have teeth for engaging the teeth of the base plate legs.
A play device, in particular as a component of an electric model track layout or to supplement an electric model track layout, wherein the play device (12; 120; 160; 170) comprises at least one play article (20; 122; 162; 172) which has an optical display device with a control input to which a control signal can be provided, and further comprises a memory unit in which images and/or image sequences are stored, wherein an image or an image sequence, as a function of a control signal which can be provided at the control input, can be represented on the display device, wherein the images and/or the image sequences are of such a nature that the respective image content represents a physical portion of the at least one play article (20; 122; 162; 172) in a play situation of the at least one play article (20; 122; 162; 172), wherein different images and/or image sequences if different control signals are present can be read out from the memory unit and represented and are associated with different play situations of the at least one play article (20; 122; 162; 172), characterised in that the play article (20; 122; 162; 172) comprises or forms a housing (64, 70, 76; 130) with an outer wall (66, 72, 78; 132), in that the display device is installed on the play article (20; 122; 162; 172) such that a display of the display device is embedded in the outer wall (66, 72, 78; 132), and in that the image content represents a movable physical portion as component of the outer wall (66, 72, 78; 132) of the at least one play article (20; 122; 162; 172), the movable physical portion being able to be transferred between at least two operating states which are linked in each case with a play situation of the at least one play article (20; 122; 162; 172) and different images and/or image sequences are associated with different operating states.
Turbine for a respiratory assistance apparatus comprising: - an electric motor cooperating with a vaned rotor for generating a gas stream, - a bellmouth comprising an inlet opening through which gas is suctioned when the vaned rotor is driven in rotation by the electric motor, with the vaned rotor being located immediately downstream of the inlet opening, - a volute (3, 4) comprising a lower portion of the volute and an upper portion of the volute, connecting to one another and shaped so as to form an internal compartment encompassing the vaned rotor and at least one portion of a discharge conduit used for the conveying of the gas delivered by said vaned rotor, and - the bellmouth being arranged on the upper portion of the volute by defining between them at least one dead volume, characterised in that the at least one dead volume comprises at least one soundproofing material capable of attenuating at least some of the noise emissions generated by the motor and/or the vaned rotor during a rotation of the vaned rotor with the soundproofing material being of the elastomer type. - an electric motor cooperating with a vaned rotor for generating a gas stream, - a bellmouth comprising an inlet opening through which gas is suctioned when the vaned rotor is driven in rotation by the electric motor, with the vaned rotor being located immediately downstream of the inlet opening, - a volute (3, 4) comprising a lower portion of the volute and an upper portion of the volute, connecting to one another and shaped so as to form an internal compartment encompassing the vaned rotor and at least one portion of a discharge conduit used for the conveying of the gas delivered by said vaned rotor, and - the bellmouth being arranged on the upper portion of the volute by defining between them at least one dead volume,
A radio frequency communications device comprising: a power amplifier; an antenna; a tunable coupler between said power amplifier and said antenna; a processor; and an exciter module coupled between said processor and said power amplifier and configured to generate an RF signal based upon a baseband signal; characterized by said processor being configured to set said tunable coupler to a desired tuning by at least selectively matching impedances of said power amplifier and said antenna and thereby defining a transfer function for said tunable coupler, generate an inverse transfer function of the transfer function of said tunable coupler, and perform digital filtering upstream of said power amplifier based upon the inverse transfer function. a power amplifier; an antenna; a tunable coupler between said power amplifier and said antenna; a processor; and an exciter module coupled between said processor and said power amplifier and configured to generate an RF signal based upon a baseband signal; characterized by said processor being configured to set said tunable coupler to a desired tuning by at least selectively matching impedances of said power amplifier and said antenna and thereby defining a transfer function for said tunable coupler, generate an inverse transfer function of the transfer function of said tunable coupler, and perform digital filtering upstream of said power amplifier based upon the inverse transfer function. set said tunable coupler to a desired tuning by at least selectively matching impedances of said power amplifier and said antenna and thereby defining a transfer function for said tunable coupler, generate an inverse transfer function of the transfer function of said tunable coupler, and perform digital filtering upstream of said power amplifier based upon the inverse transfer function.
Dual mass flywheel, with a first mass disc and a second mass disc, which mass discs are rotatable about an axis of rotation relative to each other, and with a number of spring elements which are arranged in between and by means of which the rotation of the mass discs (2, 3) relative to each other is cushioned, wherein each of said spring elements has a coiled spring body and two spring legs protruding substantially tangentially therefrom, characterized in that the two spring legs of each of said spring elements are each flanked on the outer side in the circumferential direction by a stop of the first mass disc and a stop (16, 17) of the second mass disc.
An integrated electronic device including: a substrate; a plurality of passive components; a plurality of pads (40A-40D) for external connection; and three-dimensional wiring; wherein the plurality of passive components include a multi-stage coil inductor (10A, 10B) provided on the substrate (s), the multi-stage coil inductor including first and second coils (11, 12) disposed in a plurality of stages and spaced apart from each other in a direction perpendicular to the substrate (s); wherein a connecting member connects a first end of the first coil to a first end of the second coil, wherein the three-dimensional wiring includes a first wiring portion and another first wiring portion extending on the substrate (s), a second wiring portion spaced away by a third winding portion from the first wiring portion and the another first wiring portion and extending along the substrate (s), and the third wiring portion connecting the another first wiring portion and the second wiring portion, wherein a second end of the second coil is connected to the second wiring portion; and characterized in that a second end of the first coil is formed on the first wiring portion and is directly connected to the first wiring portion. a substrate; a plurality of passive components; a plurality of pads (40A-40D) for external connection; and three-dimensional wiring; wherein the plurality of passive components include a multi-stage coil inductor (10A, 10B) provided on the substrate (s), the multi-stage coil inductor including first and second coils (11, 12) disposed in a plurality of stages and spaced apart from each other in a direction perpendicular to the substrate (s); wherein a connecting member connects a first end of the first coil to a first end of the second coil, wherein the three-dimensional wiring includes a first wiring portion and another first wiring portion extending on the substrate (s), a second wiring portion spaced away by a third winding portion from the first wiring portion and the another first wiring portion and extending along the substrate (s), and the third wiring portion connecting the another first wiring portion and the second wiring portion, wherein a second end of the second coil is connected to the second wiring portion; and characterized in that a second end of the first coil is formed on the first wiring portion and is directly connected to the first wiring portion.
An electrochemical hydrogen cyanide, HCN, sensor comprising: a housing comprising an opening allowing gas to enter the sensor; an electrolyte disposed within the housing; a plurality of electrodes (5, 6, 7) in contact with the electrolyte within the housing, wherein the plurality of electrodes (5, 6, 7) comprise a working electrode and a counter electrode; and a filter, comprising silver sulfate layered onto a polytetrafluoroethylene, PTFE, support material, configured to prevent hydrogen sulfide, H 2 S, from reaching the electrodes (5, 6, 7), characterised in that the filter comprises 3 grams of silver sulfate and 8 grams of PTFE. a housing comprising an opening allowing gas to enter the sensor; an electrolyte disposed within the housing; a plurality of electrodes (5, 6, 7) in contact with the electrolyte within the housing, wherein the plurality of electrodes (5, 6, 7) comprise a working electrode and a counter electrode; and a filter, comprising silver sulfate layered onto a polytetrafluoroethylene, PTFE, support material, configured to prevent hydrogen sulfide, H 2 S, from reaching the electrodes (5, 6, 7), characterised in that the filter comprises 3 grams of silver sulfate and 8 grams of PTFE.
A scale-inhibiting polymer comprising one or more scale-inhibiting units and one or more tagging units, wherein the scale-inhibiting polymer contains from 0.01% to 30% by weight tagging units based on the total units in the polymer, wherein each tagging unit is formed from a compound of Formula I or II: wherein each R' is independently R, OR, NRC NR 2, or NRC NR 2; each R is independently H, C 1 -C 6 alkyl, C 2 -C 6 alkenyl, C 6 -C 14 aryl, or C 7 -C 20 aralkyl; and wherein each alkyl or aryl group may be optionally independently substituted with one or more halo, C 1 -C 6 alkyl, or C 1 -C 6 haloalkyl substituents; or a salt, hydrate, salt hydrate, stereoisomer, dehydrate or derivative thereof. wherein each R' is independently R, OR, NRC NR 2, or NRC NR 2; each R is independently H, C 1 -C 6 alkyl, C 2 -C 6 alkenyl, C 6 -C 14 aryl, or C 7 -C 20 aralkyl; and wherein each alkyl or aryl group may be optionally independently substituted with one or more halo, C 1 -C 6 alkyl, or C 1 -C 6 haloalkyl substituents; or a salt, hydrate, salt hydrate, stereoisomer, dehydrate or derivative thereof.
Connecting arrangement, having a dosing module for introducing a reducing agent into an exhaust section of an internal combustion engine for exhaust aftertreatment, a clamp, a sealing element and a connecting flange, wherein the dosing module can be secured on the connecting flange of an exhaust pipe of the exhaust section by means of the clamp, wherein the dosing module comprises a flange, which is secured on the connecting flange of the exhaust pipe, wherein the sealing element is arranged between the flange and the connecting flange, characterized in that the sealing element, which separates an interior of the exhaust pipe from an exterior of the exhaust pipe, is mounted in relation to a longitudinal axis of the dosing module at the height of the center of gravity of the dosing module.
A drive device comprising two electric motors capable of outputting drive power to the left and right drive axles independently, the drive device comprising: reducers provided in drive power transmission passage between the drive axles and the electric motors, wherein each of the reducers comprises three rotation elements, and one of the three rotation elements of one of the reducers and one of the three rotation elements of the other reducer are connected to each other; characterised by further comprising a one-way power transmission device that transmits one-way rotation powers of the electric motors to the drive axles; and a two-way power transmission device (60, 60A, 60B) that transmits two-way rotation powers of the electric motors to the drive axles, wherein the one-way power transmission device and the two-way power transmission device (60, 60A, 60B) are disposed on the drive power transmission passage from the electric motors to the drive axles. reducers provided in drive power transmission passage between the drive axles and the electric motors, wherein each of the reducers comprises three rotation elements, and one of the three rotation elements of one of the reducers and one of the three rotation elements of the other reducer are connected to each other; characterised by further comprising a one-way power transmission device that transmits one-way rotation powers of the electric motors to the drive axles; and a two-way power transmission device (60, 60A, 60B) that transmits two-way rotation powers of the electric motors to the drive axles, wherein the one-way power transmission device and the two-way power transmission device (60, 60A, 60B) are disposed on the drive power transmission passage from the electric motors to the drive axles.
Mower comprising: - a frame; - two beams pivotally mounted on the frame so as to be foldable from a "V" mowing configuration to a position along a longitudinal axis of the frame; - at least eight cutting units generally disposed side by side, the majority of the cutting units being disposed along two axes forming the "V" in a top view; - lift means linking the cutting units to the frame and configured for moving the cutting units between a mowing position and a non-mowing position; characterized in that the frame forms a structure of a trailer comprising a longitudinal portion with a front end and a rear end, the cutting units being linked to the frame through the rear end of the longitudinal portion; each cutting unit comprises at least one roller intended to roll on the ground. - a frame; - two beams pivotally mounted on the frame so as to be foldable from a "V" mowing configuration to a position along a longitudinal axis of the frame; - at least eight cutting units generally disposed side by side, the majority of the cutting units being disposed along two axes forming the "V" in a top view; - lift means linking the cutting units to the frame and configured for moving the cutting units between a mowing position and a non-mowing position;