mhurhangee/ep-ind-claims huggingface dataset:
Method for operating an energy storage arrangement having an energy storage unit, a converter and an intermediate circuit of an energy supply (13, 14), wherein the energy storage unit is connected by way of the converter to the intermediate circuit, the converter has a smoothing capacitor and one or more controllable converter paths (6, 7, 8) which are connected in parallel with the smoothing capacitor, wherein a tap of a converter phase (9, 10, 22) is set up in each case on each converter path (6, 7, 8), the energy storage unit is interconnected with at least one first converter phase and the intermediate circuit is interconnected with a second converter phase which differs from the first converter phase, wherein the energy storage arrangement has a charge controller which controls an actual current value of the energy storage unit to a target current value of the energy storage unit, characterised in that a target voltage value is predetermined by the charge controller, the energy storage arrangement has a voltage regulator which regulates an actual voltage value at the smoothing capacitor to the target voltage value, predetermined by the charge controller, at the smoothing capacitor, and the target voltage value is predetermined by the charge controller in respect of a low voltage difference between the voltage (U_converter) at the smoothing capacitor and the voltage (U_battery) at the energy storage unit. the converter has a smoothing capacitor and one or more controllable converter paths (6, 7, 8) which are connected in parallel with the smoothing capacitor, wherein a tap of a converter phase (9, 10, 22) is set up in each case on each converter path (6, 7, 8), the energy storage unit is interconnected with at least one first converter phase and the intermediate circuit is interconnected with a second converter phase which differs from the first converter phase, the energy storage arrangement has a charge controller which controls an actual current value of the energy storage unit to a target current value of the energy storage unit, characterised in that a target voltage value is predetermined by the charge controller, the energy storage arrangement has a voltage regulator which regulates an actual voltage value at the smoothing capacitor to the target voltage value, predetermined by the charge controller, at the smoothing capacitor, and the target voltage value is predetermined by the charge controller in respect of a low voltage difference between the voltage (U_converter) at the smoothing capacitor and the voltage (U_battery) at the energy storage unit.
A thrust bearing comprising: a retainer having a plurality of pockets arranged radially, a plurality of rolling elements arranged so as to freely rotate inside the plurality of pockets, and at least one race having a circular plate-shaped race part in which the plurality of rolling elements moves, wherein the race has a hook curl part formed to have a circular frustum shape by bending the circular plate-shaped race part from an outer-diameter-side periphery of the circular plate-shaped race part toward an inner-diameter-side acutely in a radial direction, characterized in that an outer peripheral surface of the retainer has a conical surface (13b1) formed to be substantially parallel to an inner peripheral surface of the hook curl part, wherein the outer peripheral surface of the retainer has a cylindrical surface (13b2) adjacent to a large-diameter-side part of the conical surface (13b1) and provided to prevent interference with the outer-diameter-side periphery of the circular plate-shaped race part, and wherein the inner peripheral surface of the hook curl part is configured to hold the retainer without separating therefrom by contacting the outer peripheral surface of the retainer in a sliding manner, wherein when a radial displacement is applied to the thrust bearing, the conical surface (13b1) of the retainer and the inner peripheral surface of the hook curl part contact in a sliding manner. a retainer having a plurality of pockets arranged radially, a plurality of rolling elements arranged so as to freely rotate inside the plurality of pockets, and at least one race having a circular plate-shaped race part in which the plurality of rolling elements moves, wherein the race has a hook curl part formed to have a circular frustum shape by bending the circular plate-shaped race part from an outer-diameter-side periphery of the circular plate-shaped race part toward an inner-diameter-side acutely in a radial direction, characterized in that an outer peripheral surface of the retainer has a conical surface (13b1) formed to be substantially parallel to an inner peripheral surface of the hook curl part, wherein the outer peripheral surface of the retainer has a cylindrical surface (13b2) adjacent to a large-diameter-side part of the conical surface (13b1) and provided to prevent interference with the outer-diameter-side periphery of the circular plate-shaped race part, and wherein the inner peripheral surface of the hook curl part is configured to hold the retainer without separating therefrom by contacting the outer peripheral surface of the retainer in a sliding manner, wherein when a radial displacement is applied to the thrust bearing, the conical surface (13b1) of the retainer and the inner peripheral surface of the hook curl part contact in a sliding manner.
A compound of formula: where L is (-CH 2 CH 2 O-) n, (-CH 2 CH CH 2 O-) n, or (-CH 2 -) n; n is 0 to 8; x > 1; and R f is hydrogen or a fluorocarbon group; with the proviso that when R f is hydrogen, n is 1 to 8. L is (-CH 2 CH 2 O-) n, (-CH 2 CH CH 2 O-) n, or (-CH 2 -) n; n is 0 to 8; x > 1; and R f is hydrogen or a fluorocarbon group; with the proviso that when R f is hydrogen, n is 1 to 8.
A barrier coating composition for coating frozen confection, comprising, expressed in weight % based on the total weight of the coating, 40-60 wt.% of a fat or fat blend, preferably 45-55wt.%, said fat or fat blend comprising the following fatty acids composition in the triglycerides of the fat or fat blend, the % being based on total fat: 45 <= C16:0 <= 55 wt. % (palmitic acid) 4 <= C18:0 <= 10 wt. % (stearic acid) 30 <= C18:1 <= 39 wt. % (oleic acid) 3 <= C18:2 <= 7 wt. % (linoleic acid) and said fat blend comprising a solid fat profile comprising: 75% <= N 0 <= 95%; 60% <= N 10 <= 90%; 30% <= N 20 <= 60%; 18% <= N 25 <= 35%; 0% <= N 30 <= 12%; and 0% <= N 35 <= 5%, and said barrier coating having a Casson yield stress of 0.90 to 1.65 Pa measured at 40 °C, and wherein the fat or fat blend comprises the following triglyceride composition: 0-1 wt. % LLL 0-1 wt. % OLL 0-2 wt. % PLL 0-2 wt. % OOL 0-7 wt.% POL 0-15 wt.% PPL 0-4 wt. % OOO 8-17 wt. % POO+SOL 45 - 58 wt. % PPO 0-4 wt. % PPP 0-4 wt. % SOO 0-15 wt. % PSO 0-2 wt. % PPS, and wherein the saturated fats in the fat or fat blend are 45-55 wt. % 45 <= C16:0 <= 55 wt. % (palmitic acid) 4 <= C18:0 <= 10 wt. % (stearic acid) 30 <= C18:1 <= 39 wt. % (oleic acid) 3 <= C18:2 <= 7 wt. % (linoleic acid) 75% <= N 0 <= 95%; 60% <= N 10 <= 90%; 30% <= N 20 <= 60%; 18% <= N 25 <= 35%; 0% <= N 30 <= 12%; and 0% <= N 35 <= 5%, and 0-1 wt. % LLL 0-1 wt. % OLL 0-2 wt. % PLL 0-2 wt. % OOL 0-7 wt.% POL 0-15 wt.% PPL 0-4 wt. % OOO 8-17 wt. % POO+SOL 45 - 58 wt. % PPO 0-4 wt. % PPP 0-4 wt. % SOO 0-15 wt. % PSO 0-2 wt. % PPS, and
Imbalance measuring machine for determining the imbalance of vehicle tyres, comprising a hollow shaft, which can be made to rotate by a drive and forms the rotating part of a spindle that rotates in relation to a hollow axle, which represents the non-rotating part of the spindle, and also comprising a tubular air feed, which is provided for inflating the vehicle tyre with air, is arranged centred within the spindle and is connected to the shaft and rotates together with the shaft, wherein, for determining the imbalance, the vehicle tyre is driven and made to rotate by the shaft, wherein at the end of the air feed that is facing away from the vehicle tyre there is arranged a rotary coupling, to which an air tube is connected and fastened, and optionally also electrical lines are connected and fastened, and wherein force transducers are provided between the hollow axle and the machine bed of the imbalance measuring machine for measuring the forces occurring between the hollow axle and the machine bed during the operation of the imbalance measuring machine, wherein the air tube leading to the rotary coupling is fastened, and optionally the electrical lines leading to the rotary coupling are fastened, not only on the rotary coupling but also on the hollow axle at a distance from the rotary coupling.
A method of processing a chemical tempered glass for processing a raw plate for a product of the chemical tempered glass having a surface reinforced layer by using a processing device which is rotated and vibrated, the method comprising: cutting out the raw plate for the product from a large substrate acting as the chemical tempered glass having the surface reinforced layer by using a dicing plate prior to the processing by the processing device to the raw plate for the product; and conducing a finish processing to an outer peripheral surface of the raw plate for the product, with the processing by the processing device to the raw plate for the product, wherein, while vibration by the processing device to the raw plates for the product as the tempered glass is feed-back-controlled such that an amplitude and a frequency of the processing device approach to a target amplitude and a target frequency of the processing device, respectively, values of the target amplitude and the target frequency are set to change at respective positions in a direction of thickness of the raw plate for product accompanied with the processing of the raw plate for product, which do not belong to a range of generating quality degradation; and the feedback control is carried out at every sample frequency of 0.3 msec or less. cutting out the raw plate for the product from a large substrate acting as the chemical tempered glass having the surface reinforced layer by using a dicing plate prior to the processing by the processing device to the raw plate for the product; and conducing a finish processing to an outer peripheral surface of the raw plate for the product, with the processing by the processing device to the raw plate for the product, wherein, while vibration by the processing device to the raw plates for the product as the tempered glass is feed-back-controlled such that an amplitude and a frequency of the processing device approach to a target amplitude and a target frequency of the processing device, respectively, values of the target amplitude and the target frequency are set to change at respective positions in a direction of thickness of the raw plate for product accompanied with the processing of the raw plate for product, which do not belong to a range of generating quality degradation; and the feedback control is carried out at every sample frequency of 0.3 msec or less.
A composition for delivering an oligonucleotide to a liver cell in vivo comprising the structure represented by: wherein R 3 is selected from the group consisting of galactosamine, N-formylgalactosamine, N-acetylgalactosamine, N-propionyl-galactosamine, N-n-butanoyl-galactosamine, and N-isobutanoylgalactosamine; R 1 is a lipophilic chain; and R 2 is RNA R 3 is selected from the group consisting of galactosamine, N-formylgalactosamine, N-acetylgalactosamine, N-propionyl-galactosamine, N-n-butanoyl-galactosamine, and N-isobutanoylgalactosamine; R 1 is a lipophilic chain; and R 2 is RNA
A control apparatus comprising: a first microphone (7, 11); a controller that generates a first control sound for attenuating noise detected by the first microphone (7, 11) at the position of the first microphone (7, 11); a speaker that emits the first control sound generated by the controller and a measuring sound during a first period; and a position estimating unit that calculates a difference from the time when the measuring sound is emitted from the speaker to the time when a reflected sound of the measuring sound from an object is detected by the first microphone (7, 11) and estimates a position of the object on the basis of the difference in time, wherein the position estimating unit determines control characteristics to attenuate the noise at the estimated position, and wherein the speaker emits a second control sound based on the control characteristics determined by the position estimating unit during a second period different from the first period. a first microphone (7, 11); a controller that generates a first control sound for attenuating noise detected by the first microphone (7, 11) at the position of the first microphone (7, 11); a speaker that emits the first control sound generated by the controller and a measuring sound during a first period; and a position estimating unit that calculates a difference from the time when the measuring sound is emitted from the speaker to the time when a reflected sound of the measuring sound from an object is detected by the first microphone (7, 11) and estimates a position of the object on the basis of the difference in time, wherein the position estimating unit determines control characteristics to attenuate the noise at the estimated position, and wherein the speaker emits a second control sound based on the control characteristics determined by the position estimating unit during a second period different from the first period.
A vehicle-mounted internal combustion engine provided with an EGR line for recirculating exhaust gas (Ge), the engine having an EGR valve which is arranged in the EGR line for controlling the EGR amount, an intake throttle valve for controlling an intake air volume in the intake line, and an EGR controller for controlling the EGR valve, whereby said EGR controller performs control of scavenging said EGR line by opening said EGR valve at the time of reducing vehicle speed, and characterized in that said EGR controller has means for performing control of opening said intake throttle valve up to a predetermined opening at the time of scavenging said EGR line.
A hash updating method of a blockchain integrated station, comprising: sending, by a cryptographic acceleration card assembled on the blockchain integrated station, negotiation information to a provider of a new version of disk image, wherein the negotiation information is used respectively by the provider and the cryptographic acceleration card to determine a deployment key, and the new version of disk image is used to update an old version of disk image deployed in the blockchain integrated station; receiving, by the cryptographic acceleration card, a new hash value encrypted by the provider using the deployment key, wherein the new hash value corresponds to the new version of disk image; replacing, by the cryptographic acceleration card, a stored old hash value corresponding to the old version of disk image with the new hash value, wherein the new hash value is used to be compared with a current hash value of a disk image deployed in the blockchain integrated station to determine whether the new version of disk image is deployed in the blockchain integrated station. sending, by a cryptographic acceleration card assembled on the blockchain integrated station, negotiation information to a provider of a new version of disk image, wherein the negotiation information is used respectively by the provider and the cryptographic acceleration card to determine a deployment key, and the new version of disk image is used to update an old version of disk image deployed in the blockchain integrated station; receiving, by the cryptographic acceleration card, a new hash value encrypted by the provider using the deployment key, wherein the new hash value corresponds to the new version of disk image; replacing, by the cryptographic acceleration card, a stored old hash value corresponding to the old version of disk image with the new hash value, wherein the new hash value is used to be compared with a current hash value of a disk image deployed in the blockchain integrated station to determine whether the new version of disk image is deployed in the blockchain integrated station.
A torque converter, including a lock-up clutch mechanism, adapted to rotate about an axis, comprising: a torus having an interior torus chamber and comprising an impeller having an impeller perimeter friction surface portion, a stator, and a turbine comprising a reactive turbine-piston having opposite first and second turbine-piston perimeter friction surface portions (112a,112b), said turbine being drivable in a rotary direction around said axis by hydrokinetic energy supplied from said impeller; a casing associated with said torus and providing a casing chamber n variable fluid communication with said torus chamber and axially juxtaposed to said torus chamber on an opposite side of said turbine-piston relative to said torus chamber; and said lock-up clutch mechanism comprising a secondary piston having a secondary-piston perimeter friction surface portion, sealed about a perimeter thereof to said casing, fixed in rotation with respect to said casing, located axially adjacent said turbine piston in said casing chamber, wherein said secondary piston is configured to axially move, in response to an effective fluid pressure increase in said casing chamber relative to said torus chamber, to engage said secondary-piston perimeter friction surface portion with said first turbine-piston perimeter friction surface portion, and further configured to thereafter urge said second turbine-piston perimeter friction surface portion into engagement with said impeller perimeter friction surface portion, thereby eliminating relative rotary motion between said turbine-piston and said impeller. a torus having an interior torus chamber and comprising an impeller having an impeller perimeter friction surface portion, a stator, and a turbine comprising a reactive turbine-piston having opposite first and second turbine-piston perimeter friction surface portions (112a,112b), said turbine being drivable in a rotary direction around said axis by hydrokinetic energy supplied from said impeller; a casing associated with said torus and providing a casing chamber n variable fluid communication with said torus chamber and axially juxtaposed to said torus chamber on an opposite side of said turbine-piston relative to said torus chamber; and said lock-up clutch mechanism comprising a secondary piston having a secondary-piston perimeter friction surface portion, sealed about a perimeter thereof to said casing, fixed in rotation with respect to said casing, located axially adjacent said turbine piston in said casing chamber, wherein said secondary piston is configured to axially move, in response to an effective fluid pressure increase in said casing chamber relative to said torus chamber, to engage said secondary-piston perimeter friction surface portion with said first turbine-piston perimeter friction surface portion, and further configured to thereafter urge said second turbine-piston perimeter friction surface portion into engagement with said impeller perimeter friction surface portion, thereby eliminating relative rotary motion between said turbine-piston and said impeller.
An inkjet recording device, comprising: a bed including a surface (1c2) that is configured to support a recording medium; an ink head that is configured to inject ink toward the recording medium on the bed; a table located below the bed; characterized in that the inkjet recording device comprises a pivoting device that is configured to pivot the bed and the ink head around a horizontal axis; wherein: the bed extends in a first direction and a second direction perpendicular to the first direction; and the inkjet recording device further comprises: a pair of guide rails extending in the first direction; a movable member extending in the second direction, the movable member being engaged with the pair of guide rails and slidable on the pair of guide rails to be movable in the first direction; and a carriage that holds the ink head and is provided on the movable member so as to be movable in the second direction. a bed including a surface (1c2) that is configured to support a recording medium; an ink head that is configured to inject ink toward the recording medium on the bed; a table located below the bed; characterized in that the inkjet recording device comprises a pivoting device that is configured to pivot the bed and the ink head around a horizontal axis; the bed extends in a first direction and a second direction perpendicular to the first direction; and the inkjet recording device further comprises: a pair of guide rails extending in the first direction; a movable member extending in the second direction, the movable member being engaged with the pair of guide rails and slidable on the pair of guide rails to be movable in the first direction; and a carriage that holds the ink head and is provided on the movable member so as to be movable in the second direction. a pair of guide rails extending in the first direction; a movable member extending in the second direction, the movable member being engaged with the pair of guide rails and slidable on the pair of guide rails to be movable in the first direction; and a carriage that holds the ink head and is provided on the movable member so as to be movable in the second direction.
A composition comprising medium-chain fatty acids or derivatives thereof, selected from the group of salts, mono-, di-, triglycerides, esters or amides, wherein the composition comprises at least caprylic acid, capric acid and lauric acid or a derivative thereof, wherein the ratio of caprylic acid to capric acid is at least 0.6 and maximum 2 and wherein the ratio between the sum of caprylic acid and capric acid (C8 + C10) or derivatives and lauric acid or derivative in the composition amounts to at least 0.6 and maximum 1.5, for use in an animal feed to be orally administered to an animal for use in the treatment and / or prevention of mastitis.
An oral care implement (100, 600, 900) comprising: a body (105, 605, 905 comprising a reservoir (135, 635, 935) containing a composition including an oral care fluid (136, 636, 936); and a delivery member (130, 630, 930) formed of a capillary material; characterized by the composition containing an indicator fluid (137, 637, 937), the oral care fluid (136, 636, 936) being a different color than the indicator fluid (137, 637, 937) and immiscible with respect to the indicator fluid (137, 637, 937); and by the oral care fluid (136, 636, 936) and the indicator fluid (137, 637, 937) arranged within the reservoir (135, 635, 935) so that when the oral care fluid (136, 636, 936) within the reservoir (135, 635, 935) is substantially depleted, the indicator fluid (137, 637, 937) is delivered to a visible portion (132, 133, 632, 633, 932, 933) of the delivery member (130, 630, 930) by capillary action. a body (105, 605, 905 comprising a reservoir (135, 635, 935) containing a composition including an oral care fluid (136, 636, 936); and a delivery member (130, 630, 930) formed of a capillary material; characterized by the composition containing an indicator fluid (137, 637, 937), the oral care fluid (136, 636, 936) being a different color than the indicator fluid (137, 637, 937) and immiscible with respect to the indicator fluid (137, 637, 937); and by the oral care fluid (136, 636, 936) and the indicator fluid (137, 637, 937) arranged within the reservoir (135, 635, 935) so that when the oral care fluid (136, 636, 936) within the reservoir (135, 635, 935) is substantially depleted, the indicator fluid (137, 637, 937) is delivered to a visible portion (132, 133, 632, 633, 932, 933) of the delivery member (130, 630, 930) by capillary action.