mhurhangee/ep-ind-claims huggingface dataset:
A well tool for use in completing a wellbore, the well tool comprising: a tubular housing comprising a central bore and a housing port through a wall of the tubular housing, wherein the tubular housing comprises a fluid pressure chamber fluidly coupled to the central bore by a fluid inlet port and the central bore is free from a plug seat along a longitudinal length of the well tool; an inner mandrel disposed within the tubular housing and selectively movable between a first, closed position and a second, open position in response to a fluid pressure in the central bore and the fluid pressure chamber, the inner mandrel configured to open the housing port when the inner mandrel is in the second, open position, wherein a surface of the inner mandrel contacts a fluid in an interior of the fluid pressure chamber, the inner mandrel configured to move in response to hydraulic pressure of the fluid in the fluid pressure chamber acting on the surface of the inner mandrel that contacts the fluid in the interior of the fluid pressure chamber; a sealing element circumscribing a portion of the tubular housing; and a setting sleeve movable between a first, retracted position and a second, expanded position, the setting sleeve configured to activate the sealing element in the second, expanded position in response to movement of the inner mandrel to the second, open position. a tubular housing comprising a central bore and a housing port through a wall of the tubular housing, wherein the tubular housing comprises a fluid pressure chamber fluidly coupled to the central bore by a fluid inlet port and the central bore is free from a plug seat along a longitudinal length of the well tool; an inner mandrel disposed within the tubular housing and selectively movable between a first, closed position and a second, open position in response to a fluid pressure in the central bore and the fluid pressure chamber, the inner mandrel configured to open the housing port when the inner mandrel is in the second, open position, wherein a surface of the inner mandrel contacts a fluid in an interior of the fluid pressure chamber, the inner mandrel configured to move in response to hydraulic pressure of the fluid in the fluid pressure chamber acting on the surface of the inner mandrel that contacts the fluid in the interior of the fluid pressure chamber; a sealing element circumscribing a portion of the tubular housing; and a setting sleeve movable between a first, retracted position and a second, expanded position, the setting sleeve configured to activate the sealing element in the second, expanded position in response to movement of the inner mandrel to the second, open position.
Delivery unit for delivering a liquid additive in a motor vehicle, having a housing and at least one temperature sensor placed in said housing characterized in that a temperature can be measured in a contactless manner at at least one measurement point in the housing of the delivery unit, wherein the temperature sensor and the measurement point have a spacing to one another and a radiation channel which is free from fixtures exists between the temperature sensor and the measurement point.
A joint prosthesis comprising: a stem component configured for engagement within the intramedullary cavity of a bone of a patient, which defines a cavity having a bore extending from it, an articulating component configured for articulating engagement with an opposing aspect of the joint, an insert component which can be received snugly in the cavity in the stem component so as to be matable with the stem component when the stem component is engaged with the bone, the insert component having a fastener bore extending through it, a fixation screw which can be fitted through the fastener bore in the insert component and be screwed into the bore in the stem component to fix the insert component to the stem component, and a mating component with a first end portion for mating with the articulating component and an opposite second end portion which can mate with the insert component in such a way that allows adjustment of the angular orientation of the articulating component relative to the insert component prior to final fixation, the mating component having a bore extending through it, characterised in that the articulating component has a bore extending through it, the bores in the articulating component and the mating component allowing access for a driving tool to engage the fixation screw in order to fix the insert component to the stem component and to release the insert component with the associated mating and articulating components from the stem component a stem component configured for engagement within the intramedullary cavity of a bone of a patient, which defines a cavity having a bore extending from it, an articulating component configured for articulating engagement with an opposing aspect of the joint, an insert component which can be received snugly in the cavity in the stem component so as to be matable with the stem component when the stem component is engaged with the bone, the insert component having a fastener bore extending through it, a fixation screw which can be fitted through the fastener bore in the insert component and be screwed into the bore in the stem component to fix the insert component to the stem component, and a mating component with a first end portion for mating with the articulating component and an opposite second end portion which can mate with the insert component in such a way that allows adjustment of the angular orientation of the articulating component relative to the insert component prior to final fixation, the mating component having a bore extending through it, characterised in that the articulating component has a bore extending through it, the bores in the articulating component and the mating component allowing access for a driving tool to engage the fixation screw in order to fix the insert component to the stem component and to release the insert component with the associated mating and articulating components from the stem component
A copolymer comprising a main hydrocarbon chain and side groups, wherein the side groups comprise carboxylic groups, polyoxyalkylate groups and gem acetophosphonate groups.
A medical device for modifying a left atrial appendage ("LAA") of a heart, comprising: an occluder portion coupled to a hub; and an anchor portion operably coupled to the occluder portion, the anchor portion including multiple anchor segments, at least one anchor segment including a longitudinal length, a width and a depth, the longitudinal length extending along a curved portion between a first end and a second end of the at least one anchor segment, the depth being substantially constant along the longitudinal length, the width varying along at least a portion of the longitudinal length; wherein the at least one anchor segment comprises a wire wrapped around a portion of the at least one anchor segment in a coiled configuration. an occluder portion coupled to a hub; and an anchor portion operably coupled to the occluder portion, the anchor portion including multiple anchor segments, at least one anchor segment including a longitudinal length, a width and a depth, the longitudinal length extending along a curved portion between a first end and a second end of the at least one anchor segment, the depth being substantially constant along the longitudinal length, the width varying along at least a portion of the longitudinal length; wherein the at least one anchor segment comprises a wire wrapped around a portion of the at least one anchor segment in a coiled configuration.
A method of operating a host device, comprising: transmitting a read command that requests information related to an eye open monitor, EOM, operation performed in a memory device to the memory device; and receiving a response signal including the information related to the EOM operation performed in the memory device from the memory device. transmitting a read command that requests information related to an eye open monitor, EOM, operation performed in a memory device to the memory device; and receiving a response signal including the information related to the EOM operation performed in the memory device from the memory device.
A station-side apparatus in an optical transmission system, comprising: a plurality of optical transceivers each configured to convert, into electrical signals, upstream frames including upstream control frames sent as optical signals from a plurality of subscriber-side apparatuses connected via an optical transmission channel; a plurality of frame reproduction circuits each configured to reproduce the upstream frames converted into the electrical signals by the plurality of optical transceivers; a plurality of control frame processing circuits each configured to perform predetermined processes for the upstream control frames included in the upstream frames reproduced by the plurality of frame reproduction circuits; a first upstream allocation circuit configured to allocate each of the upstream control frames included in the upstream frames from the plurality of subscriber-side apparatuses to a predetermined one of the plurality of control frame processing circuits based on information added to the frames; and a first downstream allocation circuit configured to allocate, to a predetermined one of the plurality of frame reproduction circuits, each of downstream control frames output from the control frame processing circuits to which the upstream control frames have been allocated. a plurality of optical transceivers each configured to convert, into electrical signals, upstream frames including upstream control frames sent as optical signals from a plurality of subscriber-side apparatuses connected via an optical transmission channel; a plurality of frame reproduction circuits each configured to reproduce the upstream frames converted into the electrical signals by the plurality of optical transceivers; a plurality of control frame processing circuits each configured to perform predetermined processes for the upstream control frames included in the upstream frames reproduced by the plurality of frame reproduction circuits; a first upstream allocation circuit configured to allocate each of the upstream control frames included in the upstream frames from the plurality of subscriber-side apparatuses to a predetermined one of the plurality of control frame processing circuits based on information added to the frames; and a first downstream allocation circuit configured to allocate, to a predetermined one of the plurality of frame reproduction circuits, each of downstream control frames output from the control frame processing circuits to which the upstream control frames have been allocated.
Waste water collection tank for a sanitary device, in particular for a vehicle with a built-in sanitary device, comprising - a tank bottom and a tank side wall enclosing a tank interior, - an inlet port and - an outlet device, said outlet device comprising: - an outlet opening with a connection coupling for connecting a suction device, and - a suction channel extending from the outlet opening downward in the direction of gravity to one or more suction openings within the wastewater collection tank, wherein the one or more suction openings are formed by recesses whose passage cross-section is delimited by the tank bottom of the waste water collecting tank and a suction opening rim, wherein the suction opening rim is connected to a movable vacuum effective surface and is held in a lowered first position by means of a bias, so that the suction openings are - in the first position, in which a first suction vacuum in the suction channel acts on the vacuum effective surface, is arranged at a first distance from the tank bottom, and - in a second position, in which a second suction vacuum in the suction channel acts on the vacuum effective surface, which is higher than the first suction vacuum, is arranged at a second distance from the tank bottom, which is greater than the first distance, in that the second suction vacuum acting on the vacuum effective surface exerts a lifting force, which acts against the bias, on the suction opening rim and, by raising the suction opening rim, causes an increase in the passage cross section. - a tank bottom and a tank side wall enclosing a tank interior, - an inlet port and - an outlet device, - an outlet opening with a connection coupling for connecting a suction device, and - a suction channel extending from the outlet opening downward in the direction of gravity to one or more suction openings within the wastewater collection tank, - in the first position, in which a first suction vacuum in the suction channel acts on the vacuum effective surface, is arranged at a first distance from the tank bottom, and - in a second position, in which a second suction vacuum in the suction channel acts on the vacuum effective surface, which is higher than the first suction vacuum, is arranged at a second distance from the tank bottom, which is greater than the first distance, in that the second suction vacuum acting on the vacuum effective surface exerts a lifting force, which acts against the bias, on the suction opening rim and, by raising the suction opening rim, causes an increase in the passage cross section.
An oil pulse tool comprising: a motor generating a driving force; an oil pulse unit including a shaft, the oil pulse unit being driven by the motor and generating an impact torque on the shaft when the motor rotates in a forward direction, reaches an impact position and, due to the impact, performs a reverse rotation; a torque detecting sensor for detecting the generation of an impact torque; and an output shaft adapted to attach a front end tool, the output shaft being fixed to the shaft, characterized by a position detecting sensor (13a, 13b) for detecting the rotational position of the output shaft; detecting means for measuring the time period between two times at which the impact position is reached; and comparing means adapted to determine a performance reduction of the oil pulse unit when the measured time period changes. a motor generating a driving force; an oil pulse unit including a shaft, the oil pulse unit being driven by the motor and generating an impact torque on the shaft when the motor rotates in a forward direction, reaches an impact position and, due to the impact, performs a reverse rotation; a torque detecting sensor for detecting the generation of an impact torque; and an output shaft adapted to attach a front end tool, the output shaft being fixed to the shaft, characterized by a position detecting sensor (13a, 13b) for detecting the rotational position of the output shaft; detecting means for measuring the time period between two times at which the impact position is reached; and comparing means adapted to determine a performance reduction of the oil pulse unit when the measured time period changes.
A therapeutically effective amount of a polynucleotide that binds an FUS polypeptide or an RNA-binding domain of FUS, for use in a method to treat a neurodegenerative disease, wherein the neurodegenerative disease is caused, exacerbated and/or accelerated by an aggregation of FUS, wherein the polynucleotide comprises SEQ ID NO:103 and comprises 150 nucleotides or less.
A method of manufacturing an article of footwear having an upper and a sole structure, the method comprising: providing a base material layer having (a) a first surface and an opposite second surface and (b) a first area and a second area spaced from each other; locating a first strand adjacent to the first surface and securing the first strand to the first surface, multiple segments of the first strand extending from the first area to the second area; locating a second strand adjacent to the second surface and securing the second strand to the second surface, multiple segments of the second strand extending from the first area to the second area, and the segments of the second strand being angled with respect to the segments of the first strand; and incorporating the base material layer, the first strand, and the second strand into a side area of the upper, the first area being located in a lace region of the upper, and the second area being located in a lower region of the upper, the lower region being spaced from the lace region and located proximal to an area for securing the sole structure to the upper, characterized in that the step of providing includes defining an opening of at least nine square centimeters in the base material layer between the first area and the second area. providing a base material layer having (a) a first surface and an opposite second surface and (b) a first area and a second area spaced from each other; locating a first strand adjacent to the first surface and securing the first strand to the first surface, multiple segments of the first strand extending from the first area to the second area; locating a second strand adjacent to the second surface and securing the second strand to the second surface, multiple segments of the second strand extending from the first area to the second area, and the segments of the second strand being angled with respect to the segments of the first strand; and incorporating the base material layer, the first strand, and the second strand into a side area of the upper, the first area being located in a lace region of the upper, and the second area being located in a lower region of the upper, the lower region being spaced from the lace region and located proximal to an area for securing the sole structure to the upper,
A drivetrain for a hybrid-electric vehicle, the drivetrain comprising: an internal combustion engine having a crankshaft; a first axial flux electrical machine located axially adjacent the internal combustion engine and having a rotor directly coupled with the crankshaft of the internal combustion engine, the rotor being arranged to be driven by the crankshaft of the internal combustion engine; a first clutch mounted axially adjacent the first axial flux electrical machine; a second axial flux electrical machine mounted axially adjacent the first clutch and operable to receive electrical power and to operate as a motor, the first clutch thereby being located axially between the first and second axial flux electrical machines, and being selectively operable to provide inter-engagement between a rotor of the first electrical machine and a rotor of the second electrical machine; a second clutch located axially adjacent the second axial flux electrical machine, a gearbox located axially adjacent the second clutch, the second clutch thereby being located axially between the second axial flux electrical machine and the gearbox, and being selectively operable to provide inter-engagement between a rotor of the second electrical machine and the input driveshaft of the gearbox, the gearbox having an output driveshaft that provides an output driveshaft for transmitting rotary power from the drivetrain, wherein the internal combustion engine, the first axial flux electrical machine, first clutch, second axial flux electrical machine, second clutch, and gearbox are arranged in this order in a series along a longitudinal axis of the drivetrain. an internal combustion engine having a crankshaft; a first axial flux electrical machine located axially adjacent the internal combustion engine and having a rotor directly coupled with the crankshaft of the internal combustion engine, the rotor being arranged to be driven by the crankshaft of the internal combustion engine; a first clutch mounted axially adjacent the first axial flux electrical machine; a second axial flux electrical machine mounted axially adjacent the first clutch and operable to receive electrical power and to operate as a motor, the first clutch thereby being located axially between the first and second axial flux electrical machines, and being selectively operable to provide inter-engagement between a rotor of the first electrical machine and a rotor of the second electrical machine; a second clutch located axially adjacent the second axial flux electrical machine, a gearbox located axially adjacent the second clutch, the second clutch thereby being located axially between the second axial flux electrical machine and the gearbox, and being selectively operable to provide inter-engagement between a rotor of the second electrical machine and the input driveshaft of the gearbox, the gearbox having an output driveshaft that provides an output driveshaft for transmitting rotary power from the drivetrain,
A detector for use on a vehicle, the detector comprising: a radiation emitter having a near field region between the radiation emitter and a near field boundary that is defined at least in part by a wavelength of radiation emitted by the radiation emitter; and a radiation steering device including a plurality of reflectors situated to reflect the radiation emitted by the radiation emitter, the plurality of reflectors being in the near field region, an actuator configured to adjust an orientation of the plurality of reflectors; and a controller configured to determine an orientation of the plurality of reflectors relative to the radiation emitter to steer the emitted radiation reflected from the reflectors in a determined direction, the controller being configured to control the actuator to achieve the determined orientation, characterized by the plurality of reflectors having at least one characteristic that limits any phase shift of the emitted radiation reflected from the reflectors, the at least one characteristic comprising an index of refraction of a reflecting material of the reflectors and a thickness of the reflecting material, the index of refraction is less than 1, and the thickness is greater than a skin depth corresponding to a distance that the emitted radiation penetrates the reflecting material. a radiation emitter having a near field region between the radiation emitter and a near field boundary that is defined at least in part by a wavelength of radiation emitted by the radiation emitter; and a radiation steering device including a plurality of reflectors situated to reflect the radiation emitted by the radiation emitter, the plurality of reflectors being in the near field region, an actuator configured to adjust an orientation of the plurality of reflectors; and a controller configured to determine an orientation of the plurality of reflectors relative to the radiation emitter to steer the emitted radiation reflected from the reflectors in a determined direction, the controller being configured to control the actuator to achieve the determined orientation, a plurality of reflectors situated to reflect the radiation emitted by the radiation emitter, the plurality of reflectors being in the near field region, an actuator configured to adjust an orientation of the plurality of reflectors; and a controller configured to determine an orientation of the plurality of reflectors relative to the radiation emitter to steer the emitted radiation reflected from the reflectors in a determined direction, the controller being configured to control the actuator to achieve the determined orientation, the plurality of reflectors having at least one characteristic that limits any phase shift of the emitted radiation reflected from the reflectors, the at least one characteristic comprising an index of refraction of a reflecting material of the reflectors and a thickness of the reflecting material, the index of refraction is less than 1, and the thickness is greater than a skin depth corresponding to a distance that the emitted radiation penetrates the reflecting material.