mhurhangee/patent-ind-claim-en huggingface dataset:
A steering control device configured to control a reaction motor that generates a steering reaction force applied to a steering wheel based on a command value that is calculated according to a steering state, transmission of power between the steering wheel and a turning shaft that turns turning wheels being cut off, and the steering control device being configured to control a turning motor that generates a turning force for turning the turning wheels according to the steering state, the steering control device comprising an electronic control unit configured to calculate a target rotation angle of a shaft rotating with a turning operation of the turning wheels based on a steering angle of the steering wheel acquired from a rotation angle of the reaction motor ; the steering control device being characterized by the electronic control unit further being configured to: calculate the command value based on the target rotation angle and a steering torque acquired from a torsion angle of a torsion bar twisting with an operation of the steering wheel ; and compensate for the torsion angle by adding the torsion angle as a compensation value to the steering angle, wherein the electronic control unit is configured to change a value of the torsion angle that is added to the steering angle according to a degree of change of a state variable used to calculate the command value. calculate a target rotation angle of a shaft rotating with a turning operation of the turning wheels based on a steering angle of the steering wheel acquired from a rotation angle of the reaction motor ; the steering control device being characterized by the electronic control unit further being configured to: calculate the command value based on the target rotation angle and a steering torque acquired from a torsion angle of a torsion bar twisting with an operation of the steering wheel ; and compensate for the torsion angle by adding the torsion angle as a compensation value to the steering angle, wherein the electronic control unit is configured to change a value of the torsion angle that is added to the steering angle according to a degree of change of a state variable used to calculate the command value. calculate the command value based on the target rotation angle and a steering torque acquired from a torsion angle of a torsion bar twisting with an operation of the steering wheel ; and compensate for the torsion angle by adding the torsion angle as a compensation value to the steering angle, wherein the electronic control unit is configured to change a value of the torsion angle that is added to the steering angle according to a degree of change of a state variable used to calculate the command value.
A weldment comprising: at least two high-strength steel components having a minimum yield strength of 65 ksi (448 MPa) connected by a weld deposit, the weld deposit comprising: in weight percent, 17.0 to 23.0% chromium, 5.0 to 12.0% molybdenum, 3.0 to 11.0% tungsten, 3.0 to 5.0% niobium, 0 to 2.0% tantalum, 1.2 to3.0% titanium, 0.005 to 1.50% aluminum, 0.0005 to 0.100% carbon, less than 8.0% iron dilution from the at least two high-strength steel components, and less than 5.0% cobalt and balance nickel wherein the nickel is 56.0 to 65.0 %; and a minimum yield strength in the as-welded condition of at least 72 ksi (496 MPa), an elongation of at least 20% and a toughness of at least 50 J as tested by Charpy V notch at -50°F (-45°C). in weight percent, 17.0 to 23.0% chromium, 5.0 to 12.0% molybdenum, 3.0 to 11.0% tungsten, 3.0 to 5.0% niobium, 0 to 2.0% tantalum, 1.2 to3.0% titanium, 0.005 to 1.50% aluminum, 0.0005 to 0.100% carbon, less than 8.0% iron dilution from the at least two high-strength steel components, and less than 5.0% cobalt and balance nickel wherein the nickel is 56.0 to 65.0 %; and a minimum yield strength in the as-welded condition of at least 72 ksi (496 MPa), an elongation of at least 20% and a toughness of at least 50 J as tested by Charpy V notch at -50°F (-45°C).
A medical-device system , comprising: a sensing circuit configured to sense an intrinsic activation of a first portion of a cardiac conduction pathway; an electrostimulation circuit configured to deliver electrostimulation energy to a cardiac conduction system of a patient; and a control circuit configured to: subsequent to the sensed intrinsic activation and within a tissue refractory period of the first portion of the cardiac conduction pathway, provide a control signal to the electrostimulation circuit to deliver the electrostimulation energy to the cardiac conduction system; detect an evoked activation of a second portion of the cardiac conduction system different from the first portion in response to the electrostimulation energy being delivered to the cardiac conduction system; and generate an indicator of correction of blockage in the cardiac conduction system when the detected evoked activation of the second portion of the cardiac conduction pathway satisfies a specific condition. a sensing circuit configured to sense an intrinsic activation of a first portion of a cardiac conduction pathway; an electrostimulation circuit configured to deliver electrostimulation energy to a cardiac conduction system of a patient; and a control circuit configured to: subsequent to the sensed intrinsic activation and within a tissue refractory period of the first portion of the cardiac conduction pathway, provide a control signal to the electrostimulation circuit to deliver the electrostimulation energy to the cardiac conduction system; detect an evoked activation of a second portion of the cardiac conduction system different from the first portion in response to the electrostimulation energy being delivered to the cardiac conduction system; and generate an indicator of correction of blockage in the cardiac conduction system when the detected evoked activation of the second portion of the cardiac conduction pathway satisfies a specific condition. subsequent to the sensed intrinsic activation and within a tissue refractory period of the first portion of the cardiac conduction pathway, provide a control signal to the electrostimulation circuit to deliver the electrostimulation energy to the cardiac conduction system; detect an evoked activation of a second portion of the cardiac conduction system different from the first portion in response to the electrostimulation energy being delivered to the cardiac conduction system; and generate an indicator of correction of blockage in the cardiac conduction system when the detected evoked activation of the second portion of the cardiac conduction pathway satisfies a specific condition.
A computer-implemented method comprising: receiving a request for content, wherein the content is for use at a device , and wherein the request originates from a companion device ; packaging the content according to a digital rights management format such that it can be unlocked by identification information associated with at least one of: the device; and a user associated with the device; transmitting the packaged content, a link to the packaged content, or a combination thereof to the device, the companion device, or a combination thereof; and activating the packaged content for use at the device. receiving a request for content, wherein the content is for use at a device , and wherein the request originates from a companion device ; packaging the content according to a digital rights management format such that it can be unlocked by identification information associated with at least one of: the device; and a user associated with the device; the device; and a user associated with the device; transmitting the packaged content, a link to the packaged content, or a combination thereof to the device, the companion device, or a combination thereof; and activating the packaged content for use at the device.
A method of operating a base station for interference cancellation in a wireless communication system, the method comprising: receiving , from a target terminal , an uplink signal comprising at least one interference signal generated by at least one interference terminal ; identifying at least one dominant terminal from the at least one interference terminal based on a reception power of each of the at least one interference terminal; performing a primary decoding for the uplink signal; generating at least one dominant signal corresponding to an interference signal of the at least one dominant terminal if the primary decoding fails; performing a cancellation by applying the at least one dominant signal to the uplink signal; and performing a secondary decoding for the uplink signal to which the at least one dominant signal has been applied. receiving , from a target terminal , an uplink signal comprising at least one interference signal generated by at least one interference terminal ; identifying at least one dominant terminal from the at least one interference terminal based on a reception power of each of the at least one interference terminal; performing a primary decoding for the uplink signal; generating at least one dominant signal corresponding to an interference signal of the at least one dominant terminal if the primary decoding fails; performing a cancellation by applying the at least one dominant signal to the uplink signal; and performing a secondary decoding for the uplink signal to which the at least one dominant signal has been applied.
A rotating brake element that comprises a bulk structural material and a friction surface , the friction surface comprising a coating that comprises a corrosion and wear-resistant material, the coating further comprising a first layer comprising a crystalline material and a second layer overlaying and contacting the first layer and comprising an amorphous material, the rotating brake element further comprising a coarse surface geometry with jagged peaks and valleys under the coating.
A dental paste comprising: (i) a compound of Formula I: wherein: R 1 is a C 1 -C 2 alkyl group, and R 2 is C(O)R 3 , wherein R 3 is a C 7 -C 9 alkyl group, and n is an integer of 4; (ii) a compound of Formula II or a pharmaceutically acceptable salt thereof: wherein: R 4 is a hydrogen atom or a C 1 -C 12 alkyl group, and m is an integer of 4; and (iii) a dental abrasive. (i) a compound of Formula I: wherein: R 1 is a C 1 -C 2 alkyl group, and R 2 is C(O)R 3 , wherein R 3 is a C 7 -C 9 alkyl group, and n is an integer of 4; R 1 is a C 1 -C 2 alkyl group, and R 2 is C(O)R 3 , wherein R 3 is a C 7 -C 9 alkyl group, and n is an integer of 4; (ii) a compound of Formula II or a pharmaceutically acceptable salt thereof: wherein: R 4 is a hydrogen atom or a C 1 -C 12 alkyl group, and m is an integer of 4; and R 4 is a hydrogen atom or a C 1 -C 12 alkyl group, and m is an integer of 4; and (iii) a dental abrasive.
A vascular occlusion system , comprising: a microcatheter configured to navigate a vasculature; an elongate shaft slidably disposed within a lumen of the microcatheter , the elongate shaft having a lumen extending from a proximal end of the elongate shaft to a distal end of the elongate shaft ; a plurality of occlusive medical devices releasably connected to the elongate shaft , wherein at least one of the plurality of occlusive medical devices has a different stiffness than a different one of the plurality of occlusive medical devices , wherein a distalmost one of the plurality of the occlusive medical devices has a stiffness greater than any other of the plurality of occlusive medical devices; and a release wire slidably disposed within the elongate shaft and at least a portion of each of the plurality of occlusive medical devices ; wherein the release wire secures each of the plurality of occlusive medical devices to the distal end of the elongate shaft when the release wire is disposed within at least a portion of each of the plurality of occlusive medical devices , wherein the release wire includes one or more indicators disposed proximate the proximal end of the release wire configured to show how much of the release wire has been withdrawn and/or configured to communicate to a user of the vascular occlusion system how much or how many of the plurality of occlusive medical devices has been released. a microcatheter configured to navigate a vasculature; an elongate shaft slidably disposed within a lumen of the microcatheter , the elongate shaft having a lumen extending from a proximal end of the elongate shaft to a distal end of the elongate shaft ; a plurality of occlusive medical devices releasably connected to the elongate shaft , wherein at least one of the plurality of occlusive medical devices has a different stiffness than a different one of the plurality of occlusive medical devices , wherein a distalmost one of the plurality of the occlusive medical devices has a stiffness greater than any other of the plurality of occlusive medical devices; and a release wire slidably disposed within the elongate shaft and at least a portion of each of the plurality of occlusive medical devices ; wherein the release wire secures each of the plurality of occlusive medical devices to the distal end of the elongate shaft when the release wire is disposed within at least a portion of each of the plurality of occlusive medical devices , wherein the release wire includes one or more indicators disposed proximate the proximal end of the release wire configured to show how much of the release wire has been withdrawn and/or configured to communicate to a user of the vascular occlusion system how much or how many of the plurality of occlusive medical devices has been released.
A data-fusion system that fuses lidar -data and camera -data for an automated vehicle, said system comprising: a camera that renders an image of an object proximate to a host-vehicle ; a lidar that detects a distance and a direction to the object based on a reflected-signal of light reflected by the object ; and a controller in communication with the camera and the lidar , said controller configured to determine a reflectivity-characteristic of the object based on the image and the reflected-signal , and adjust a detection-characteristic of the lidar when the reflectivity-characteristic of the object makes it difficult for the lidar to detect the distance and the direction to the object , wherein the reflectivity-characteristic of the object makes it difficult for the lidar to detect the distance and the direction to the object when a reflection-fraction of light-energy from the lidar that impinged on the object and is reflected by the object towards the lidar is less than a fraction-threshold . a camera that renders an image of an object proximate to a host-vehicle ; a lidar that detects a distance and a direction to the object based on a reflected-signal of light reflected by the object ; and a controller in communication with the camera and the lidar , said controller configured to determine a reflectivity-characteristic of the object based on the image and the reflected-signal , and adjust a detection-characteristic of the lidar when the reflectivity-characteristic of the object makes it difficult for the lidar to detect the distance and the direction to the object , wherein the reflectivity-characteristic of the object makes it difficult for the lidar to detect the distance and the direction to the object when a reflection-fraction of light-energy from the lidar that impinged on the object and is reflected by the object towards the lidar is less than a fraction-threshold . determine a reflectivity-characteristic of the object based on the image and the reflected-signal , and adjust a detection-characteristic of the lidar when the reflectivity-characteristic of the object makes it difficult for the lidar to detect the distance and the direction to the object , wherein the reflectivity-characteristic of the object makes it difficult for the lidar to detect the distance and the direction to the object when a reflection-fraction of light-energy from the lidar that impinged on the object and is reflected by the object towards the lidar is less than a fraction-threshold .
Vehicle tyre - in particular a car tyre - with a directional tread profile comprising at least two profile strips , which are arranged next to one another in the axial direction A, are made to extend over the circumference of the pneumatic vehicle tyre and are separated from one another by a circumferential groove , wherein the profile strips are delimited outwards in the radial direction R by a radially outer surface , forming the ground contact area, and the circumferential groove is delimited radially inwards by a groove base and axially on both sides of the groove base respectively by a groove wall, wherein each of the two profile strips is delimited in the axial direction A towards the circumferential groove by a profile strip flank , which forms the groove wall arranged facing this profile strip , wherein, in at least one of these profile strip flanks delimiting the circumferential groove , bar- or rib-shaped stiffening elements are formed, arranged one behind the other such that they are distributed over the circumference of the vehicle tyre, incorporated both in the profile strip flank and in the groove base , made to extend from the profile strip flank into the circumferential groove and ending in the circumferential groove at a distance a from the other profile strip flank delimiting the circumferential groove , wherein the stiffening elements are aligned with their longitudinal extent, formed from the profile strip flank to the end of their extent, so as to include an angle of inclination α in relation to the axial direction A of the vehicle tyre, characterized in that the longitudinal extent of the stiffening elements formed from the profile strip flank to the end of their extent respectively has a circumferential directional component of an orientation corresponding to the direction of rotation D during forward travel of the directional tread profile.
A money handling apparatus , comprising: a receptacle configured to receive money; a plurality of storage units each configured to store the money and feed out the stored money; a dispenser configured to dispense the money fed out from the plurality of storage units in the dispensing process; a collection unit configured to store money in a container , the container being detachably mounted to the collection unit ; and control circuitry configured to control storage of collection target money, which has been determined to be collected and removed from the money handling apparatus , in the container and at least one storage unit of the plurality of storage units characterized in that the control circuitry is further configured to after an amount of money to be removed from the money handling apparatus is determined, control transport of the collection target money, which constitutes the determined amount of money, from the storage units to the collection unit and control storage of the transported collection target money into the container , in a case that the container becomes full of money while a part of the collection target money remains in the storage units , perform a process to keep the remaining collection target money in the storage units , and control the dispenser to perform the dispensing process by using money other than the collection target money out of money stored in the storage units . a receptacle configured to receive money; a plurality of storage units each configured to store the money and feed out the stored money; a dispenser configured to dispense the money fed out from the plurality of storage units in the dispensing process; a collection unit configured to store money in a container , the container being detachably mounted to the collection unit ; and control circuitry configured to control storage of collection target money, which has been determined to be collected and removed from the money handling apparatus , in the container and at least one storage unit of the plurality of storage units characterized in that the control circuitry is further configured to after an amount of money to be removed from the money handling apparatus is determined, control transport of the collection target money, which constitutes the determined amount of money, from the storage units to the collection unit and control storage of the transported collection target money into the container , in a case that the container becomes full of money while a part of the collection target money remains in the storage units , perform a process to keep the remaining collection target money in the storage units , and control the dispenser to perform the dispensing process by using money other than the collection target money out of money stored in the storage units .
Installation for producing soda comprising at least one carbonization column , at least one ammonia absorber for the absorption of ammonia from weak gases and a rinser of exhaust gases , characterized in that it further comprises an integrated CO 2 recovery unit (DeCO2) for contacting streams of residual gases removed from the carbonization column in the soda process with the absorbent, with obtaining, by absorption process, an absorbent enriched in carbon dioxide, and desorption of the previously absorbed carbon dioxide in a desorption column of the integrated CO 2 recovery unit (DeCO2), with simultaneous regeneration of the absorbent, wherein the desorbed carbon dioxide is recirculated from integrated CO 2 recovery unit (DeCO2) back to the carbonization column , and wherein integrated CO 2 recovery unit (DeCO2)is placed downstream of at least one carbonization column in the upper part of at least one carbonization column , or in the lower part of the rinser of exhaust gases, between at least one ammonia absorber and zone of rinsing exhaust gases , or after at least one ammonia absorber , in the upper part of the rinser of exhaust gases , and wherein said integrated CO 2 recovery unit (DeCO2) is provided with a cooling zone located downstream of the desorption column , which cooling zone comprises at least one heat exchanger (225, 226, 227, to 425, 426, 427), where the stream of extracted carbon dioxide, after its desorption, is cooled down using a cooling agent selected from cooling water or other process streams used in the soda process, such as a stream of raw brine of temperature 15-30°C, or a stream of filtered mother liquor obtained upon separation of sodium bicarbonate of temperature 15-40°C, or a stream of salinated effluents of temperature 20-35°C. and wherein integrated CO 2 recovery unit (DeCO2)is placed downstream of at least one carbonization column in the upper part of at least one carbonization column , or in the lower part of the rinser of exhaust gases, between at least one ammonia absorber and zone of rinsing exhaust gases , or after at least one ammonia absorber , in the upper part of the rinser of exhaust gases , and wherein said integrated CO 2 recovery unit (DeCO2) is provided with a cooling zone located downstream of the desorption column , which cooling zone comprises at least one heat exchanger (225, 226, 227, to 425, 426, 427), where the stream of extracted carbon dioxide, after its desorption, is cooled down using a cooling agent selected from cooling water or other process streams used in the soda process, such as a stream of raw brine of temperature 15-30°C, or a stream of filtered mother liquor obtained upon separation of sodium bicarbonate of temperature 15-40°C, or a stream of salinated effluents of temperature 20-35°C.