mhurhangee/patent-ind-claim-en huggingface dataset:
Method for monitoring a functional state of a pressure-driven actuator which comprises an actuator compartment defined at least in portions by a flexibly deformable wall , the actuator being actuated by applying pressure to the actuator compartment by means of an operating pressure supply , a work process being carried out to actuate the actuator, which process is accompanied by the actuator transitioning from a starting configuration to an end configuration, the pressure being measured depending on time by means of a sensor apparatus for measuring the pressure applied to the actuator compartment during the transition from the starting configuration to the end configuration, a characteristic curve (a, b, c, d) representing the progression of the pressure over time during the work process being determined and being stored in a storage apparatus , characterised in that the determined characteristic curve is compared with a reference characteristic curve stored in a storage apparatus , and/or the deviation from the reference characteristic curve is determined, and in that functional data which represent a functional state of the actuator are determined from the progression of the characteristic curve and/or the magnitude of deviations from the reference characteristic curve, wherein from different regions of the characteristic curve different functional data relating to different functional states are determined, wherein the pressure is continuously measured and the characteristic curve is compared with a specified and limited number of pressure reference values for set and distinct reference times (t 1; t 2 ), and/or the deviation from the reference values is determined. a work process being carried out to actuate the actuator, which process is accompanied by the actuator transitioning from a starting configuration to an end configuration, the pressure being measured depending on time by means of a sensor apparatus for measuring the pressure applied to the actuator compartment during the transition from the starting configuration to the end configuration, a characteristic curve (a, b, c, d) representing the progression of the pressure over time during the work process being determined and being stored in a storage apparatus , characterised in that the determined characteristic curve is compared with a reference characteristic curve stored in a storage apparatus , and/or the deviation from the reference characteristic curve is determined, and in that functional data which represent a functional state of the actuator are determined from the progression of the characteristic curve and/or the magnitude of deviations from the reference characteristic curve, wherein from different regions of the characteristic curve different functional data relating to different functional states are determined, wherein the pressure is continuously measured and the characteristic curve is compared with a specified and limited number of pressure reference values for set and distinct reference times (t 1; t 2 ), and/or the deviation from the reference values is determined.
A frame for a sealing device , the frame comprising: a proximal eyelet formed by proximal end portions of a plurality of wires ; a distal eyelet formed by distal end portions of the plurality of wires ; when the frame is deployed the plurality of wires forming: a proximal disk having a plurality of proximal petals, a distal disk having a plurality of distal petals; and characterized in that the frame further comprises a closed teardrop shape with an internal area and inner peripheral edge and an outer peripheral edge . a proximal eyelet formed by proximal end portions of a plurality of wires ; a distal eyelet formed by distal end portions of the plurality of wires ; a proximal disk having a plurality of proximal petals, a distal disk having a plurality of distal petals; and characterized in that the frame further comprises a closed teardrop shape with an internal area and inner peripheral edge and an outer peripheral edge .
A transcatheter system comprising a first device which is an intracorporeal connector for fluid communication between two anatomical compartments through at least one anatomical wall and adapted to receive a flow regulating device , wherein said connector comprises a neck for fluid passage from one compartment to the other, and means for anchoring the neck across the anatomical wall(s), wherein said anchoring means comprises a plurality of arms extending from a first end of the neck, wherein the transcatheter system further comprises a second device which is an intracorporeal flow regulating device , characterised in that the intracorporeal flow regulating device is coupled to the intracorporeal connector in situ. a first device which is an intracorporeal connector for fluid communication between two anatomical compartments through at least one anatomical wall and adapted to receive a flow regulating device , wherein said connector comprises a neck for fluid passage from one compartment to the other, and means for anchoring the neck across the anatomical wall(s), wherein said anchoring means comprises a plurality of arms extending from a first end of the neck, wherein the transcatheter system further comprises a second device which is an intracorporeal flow regulating device , characterised in that the intracorporeal flow regulating device is coupled to the intracorporeal connector in situ.
A sensor equipped wheel support bearing assembly for rotatably supporting a vehicle wheel relative to an automotive vehicle body, which bearing assembly comprising: an outer member having an inner periphery formed with a plurality of rows of rolling surfaces ; an inner member having an outer periphery formed with rolling surfaces that are held in face to face relation with the rolling surfaces of the outer member ; a plurality of rows of rolling elements interposed between the rolling surfaces in the outer and inner members that are held in face to face relation with each other; a vehicle body fitting flange to be fitted to a knuckle provided in an outer periphery of one of the outer and inner members that serves as a stationary member ; one or more sensor units for detecting a load provided on an outer diametric surface of the stationary member , each of the load detecting sensor units including a strain generating member , having two or more contact fixing segments that are to be fixed to the stationary member in contact therewith, and also including one or more sensors fitted to the strain generating member for detecting a strain occurring in the strain generating member ; a calculation processing circuit for calculating and processing an output signal of the sensor , characterized by the calculation processing circuit being fitted to a side face of the vehicle body fitting flange through a circuit fixing stay or fitted directly to the side face of the vehicle body fitting flange with being mounted on an arcuate circuit substrate. an outer member having an inner periphery formed with a plurality of rows of rolling surfaces ; an inner member having an outer periphery formed with rolling surfaces that are held in face to face relation with the rolling surfaces of the outer member ; a plurality of rows of rolling elements interposed between the rolling surfaces in the outer and inner members that are held in face to face relation with each other; a vehicle body fitting flange to be fitted to a knuckle provided in an outer periphery of one of the outer and inner members that serves as a stationary member ; one or more sensor units for detecting a load provided on an outer diametric surface of the stationary member , each of the load detecting sensor units including a strain generating member , having two or more contact fixing segments that are to be fixed to the stationary member in contact therewith, and also including one or more sensors fitted to the strain generating member for detecting a strain occurring in the strain generating member ; a calculation processing circuit for calculating and processing an output signal of the sensor , characterized by the calculation processing circuit being fitted to a side face of the vehicle body fitting flange through a circuit fixing stay or fitted directly to the side face of the vehicle body fitting flange with being mounted on an arcuate circuit substrate.
A method comprising: receiving, by an administrative node computer , data representing a plurality of interactions formatted as a data package, which defines the plurality of interactions and can be entered into a blockchain record, from a first node computer , the plurality of interactions including a first interaction associated with the first node computer and a second interaction associated with the administrative node computer , wherein the first interaction includes transmitting a first value from the first node computer to the administrative node computer , and the second interaction includes transmitting a second value from the administrative node computer to a second node computer ; receiving, by the administrative node computer , a first digital signature associated with the data package, the first digital signature being generated with a first private key associated with the first node computer , and the first digital signature indicating the first node computer's agreement with the first interaction; generating (S112), by the administrative node computer , a second digital signature with a second private key associated with the administrative node computer , the second digital signature indicating the administrative node computer's agreement with the second interaction; and creating (S113), by the administrative node computer , a block for a blockchain, the block including the data package. receiving, by an administrative node computer , data representing a plurality of interactions formatted as a data package, which defines the plurality of interactions and can be entered into a blockchain record, from a first node computer , the plurality of interactions including a first interaction associated with the first node computer and a second interaction associated with the administrative node computer , wherein the first interaction includes transmitting a first value from the first node computer to the administrative node computer , and the second interaction includes transmitting a second value from the administrative node computer to a second node computer ; receiving, by the administrative node computer , a first digital signature associated with the data package, the first digital signature being generated with a first private key associated with the first node computer , and the first digital signature indicating the first node computer's agreement with the first interaction; generating (S112), by the administrative node computer , a second digital signature with a second private key associated with the administrative node computer , the second digital signature indicating the administrative node computer's agreement with the second interaction; and creating (S113), by the administrative node computer , a block for a blockchain, the block including the data package.
At least one storage device or storage disk comprising instructions that, when executed, cause at least one processor of a mobile electronic device to at least: determine an amount of noise associated with a first noise source in physiological signal data collected from a user via one or more human body sensors, the noise associated with the first noise source indicative of interference from a power line in an environment in which the user is located during collection of the physiological signal data; determine an amount of noise associated with a second noise source in the physiological signal data; determine a respective signal-to-noise ratio for the amount of noise of each noise source; identify a noise source that produces excessive noise compared with the remaining noise sources, based on the signal-to-noise ratios; determine an overall quality level based on a dynamic weighting function that combines the signal-to-noise ratios into a single value; prompt a user to repeat measuring physiological signal data if the overall quality level is not above a threshold and a maximum number of readings has not been reached, wherein the user is prompted to adjust the measuring based on a predefined recommendation associated with the identified noise source; subsequent to prompting the user, repeat determining an amount of noise associated with the first noise source, determining an amount of noise associated with the second noise source, determining a respective signal-to-noise ratio, determining an overall quality level, and conditionally prompting the user. determine an amount of noise associated with a first noise source in physiological signal data collected from a user via one or more human body sensors, the noise associated with the first noise source indicative of interference from a power line in an environment in which the user is located during collection of the physiological signal data; determine an amount of noise associated with a second noise source in the physiological signal data; determine a respective signal-to-noise ratio for the amount of noise of each noise source; identify a noise source that produces excessive noise compared with the remaining noise sources, based on the signal-to-noise ratios; determine an overall quality level based on a dynamic weighting function that combines the signal-to-noise ratios into a single value; prompt a user to repeat measuring physiological signal data if the overall quality level is not above a threshold and a maximum number of readings has not been reached, wherein the user is prompted to adjust the measuring based on a predefined recommendation associated with the identified noise source; subsequent to prompting the user, repeat determining an amount of noise associated with the first noise source, determining an amount of noise associated with the second noise source, determining a respective signal-to-noise ratio, determining an overall quality level, and conditionally prompting the user.
A Rho-associated protein kinase ("ROCK") inhibitor for use in a method of treating a tumor in a subject, said method comprising: administering to a subject having a tumor comprising a p53 DNA contact mutation a ROCK inhibitor, wherein the tumor shows constitutive activation of TEAD/YAP transcription; and wherein the ROCK inhibitor is capable of inhibiting TEAD/YAP dependent transcription and treats the tumor in the subject. administering to a subject having a tumor comprising a p53 DNA contact mutation a ROCK inhibitor, wherein the tumor shows constitutive activation of TEAD/YAP transcription; and wherein the ROCK inhibitor is capable of inhibiting TEAD/YAP dependent transcription and treats the tumor in the subject.
A system comprising: one or more computing devices, and memory storing instructions executable by the processor and a model associated with locations on the surface of a geographic feature, wherein the instructions comprise: determining a confidence value for a portion of the model, where the confidence value is associated with the likelihood of the locations of the portion being an accurate representation of the surface of the geographic feature; determining, with the one or more computing devices for a portion of the model, an eccentricity value based on the distance between each location relative to a reference shape and the difference between said distance and the distance between neighboring locations and the reference shape; modifying a location of the portion by an amount proportional to the eccentricity value and inversely proportional to the confidence value; and providing the modified portion of the model. one or more computing devices, and memory storing instructions executable by the processor and a model associated with locations on the surface of a geographic feature, wherein the instructions comprise: determining a confidence value for a portion of the model, where the confidence value is associated with the likelihood of the locations of the portion being an accurate representation of the surface of the geographic feature; determining, with the one or more computing devices for a portion of the model, an eccentricity value based on the distance between each location relative to a reference shape and the difference between said distance and the distance between neighboring locations and the reference shape; modifying a location of the portion by an amount proportional to the eccentricity value and inversely proportional to the confidence value; and providing the modified portion of the model. determining a confidence value for a portion of the model, where the confidence value is associated with the likelihood of the locations of the portion being an accurate representation of the surface of the geographic feature; determining, with the one or more computing devices for a portion of the model, an eccentricity value based on the distance between each location relative to a reference shape and the difference between said distance and the distance between neighboring locations and the reference shape; modifying a location of the portion by an amount proportional to the eccentricity value and inversely proportional to the confidence value; and providing the modified portion of the model.
A fastener stringer comprising: a fastener tape provided with a fastener element ; and a stop part arranged at an end of the fastener tape , wherein the stop part includes: a magnetic body ; and an encapsulating member encapsulating the magnetic body ; and an injection-molded portion that at least partially covers or surrounds the encapsulating member encapsulating the magnetic body , and wherein the encapsulating member hinders heat from being transferred to the magnetic body while the injection molded portion is formed. a fastener tape provided with a fastener element ; and a stop part arranged at an end of the fastener tape , wherein the stop part includes: a magnetic body ; and an encapsulating member encapsulating the magnetic body ; and an injection-molded portion that at least partially covers or surrounds the encapsulating member encapsulating the magnetic body , and wherein the encapsulating member hinders heat from being transferred to the magnetic body while the injection molded portion is formed. a magnetic body ; and an encapsulating member encapsulating the magnetic body ; and an injection-molded portion that at least partially covers or surrounds the encapsulating member encapsulating the magnetic body , and wherein the encapsulating member hinders heat from being transferred to the magnetic body while the injection molded portion is formed.
A device (1") for reducing airborne and structure-borne sound with a longitudinal direction (9") and with at least one resonator chamber arranged between an inlet (7") and an outlet (8"), wherein the at least one resonator chamber is delimited to the exterior transversely relative to the longitudinal direction (9") by an outer wall (3") running parallel to the longitudinal direction (9") and delimited to the interior by an inner wall (4"), wherein the at least one resonator chamber is delimited in the longitudinal direction by a first end wall and a distanced second end wall , and wherein the inner wall (4") is designed to be air-permeable towards the at least one resonator chamber , wherein the inner wall (4") is in addition designed to be sound-absorbing by a predetermined permeability in the region of the at least one resonator chambers , and wherein the at least one resonator chamber has a rectangular cross section transverse to the longitudinal direction (9"), characterized in that the inner wall (4") is concave in the longitudinal direction (9") and forms an open channel.
Roller bearing made up of two organs and rolling elements placed in a rolling area formed between the said organs to enable their relative rotation around an axis, with at least one side of the rolling area presenting an annular chamber in communication with the outside via an opening , with the said bearing being equipped with a sealing device including: - A frame fixed to a first organ , with the said frame presenting a downstream sector placed in the chamber forming on each side an inner compartment and an outer compartment , with the said downstream sector bearing a sealing element and presenting a U-shaped geometry formed of a sensibly axial bottom surrounded at its edges by two walls - inner and outer respectively - each presenting a radial height, with the said outer wall being extended by a deflector on the sealing element that extends into the said chamber while separating with the U-shaped geometry the inner compartment and the outer compartment ; - A wall fixed to the second organ , the said wall presenting an outside section that borders the chamber over an axial depth from the opening forming with the deflector a reduced sealing clearance between the opening and the outer compartment , the deflector presenting an outer surface placed in the outer compartment , the said outer surface being slanted towards the opening at an angle β lying between 10° and 80° relative to a radial direction, said bearing being characterised in that the deflector presents a free end that is placed radially opposite the outside section . - A frame fixed to a first organ , with the said frame presenting a downstream sector placed in the chamber forming on each side an inner compartment and an outer compartment , with the said downstream sector bearing a sealing element and presenting a U-shaped geometry formed of a sensibly axial bottom surrounded at its edges by two walls - inner and outer respectively - each presenting a radial height, with the said outer wall being extended by a deflector on the sealing element that extends into the said chamber while separating with the U-shaped geometry the inner compartment and the outer compartment ; - A wall fixed to the second organ , the said wall presenting an outside section that borders the chamber over an axial depth from the opening forming with the deflector a reduced sealing clearance between the opening and the outer compartment ,