mhurhangee/ep-ind-claims huggingface dataset:
An apparatus, comprising: a seat ring having a central passage therethrough and an outer wall, the outer wall comprising: a threaded portion a sealing portion, a flange portion, a first step between the flange portion and the sealing portion, and a second step between the sealing portion and the threaded portion; the threaded portion to engage a cage of a fluid valve, the threaded portion having a first diameter; the sealing portion to capture a seal assembly between the sealing portion and a surface of a body of the fluid valve, the sealing portion to receive an extension of the cage, the sealing portion having a second diameter greater than the first diameter, the sealing portion having an outer wall to slidably engage with the extension of the cage when the seat ring is threaded onto the cage, and the sealing portion having a tapered edge positioned between the outer wall of the sealing portion and the second step; and the flange portion to capture the seal assembly between the cage and the flange portion, the flange portion to extend toward the surface of the body and the sealing portion to be positioned between the flange portion and the threaded portion, and the flange portion having a third diameter greater than the second diameter. a threaded portion a sealing portion, a flange portion, a first step between the flange portion and the sealing portion, and a second step between the sealing portion and the threaded portion; the threaded portion to engage a cage of a fluid valve, the threaded portion having a first diameter; the sealing portion to capture a seal assembly between the sealing portion and a surface of a body of the fluid valve, the sealing portion to receive an extension of the cage, the sealing portion having a second diameter greater than the first diameter, the sealing portion having an outer wall to slidably engage with the extension of the cage when the seat ring is threaded onto the cage, and the sealing portion having a tapered edge positioned between the outer wall of the sealing portion and the second step; and the flange portion to capture the seal assembly between the cage and the flange portion, the flange portion to extend toward the surface of the body and the sealing portion to be positioned between the flange portion and the threaded portion, and the flange portion having a third diameter greater than the second diameter.
A control apparatus (100; 100-2) comprising: a device controller configured to generate a command for controlling operation of an intended device (300; 300-2); a calculator configured to calculate an estimated value of an operation delay time according to classification information representing at least one of a type of the command and a type of a state transition of the device (300; 300-2) according to the command, the operation delay time being a length of time from when the device receives the command to when the device completes a state transition according to the command; and a communication controller configured to transmit, at time adjusted in accordance with the estimated value, the command to the device (300; 300-2) so that the device completes the state transition according to the command at designated time. a device controller configured to generate a command for controlling operation of an intended device (300; 300-2); a calculator configured to calculate an estimated value of an operation delay time according to classification information representing at least one of a type of the command and a type of a state transition of the device (300; 300-2) according to the command, the operation delay time being a length of time from when the device receives the command to when the device completes a state transition according to the command; and a communication controller configured to transmit, at time adjusted in accordance with the estimated value, the command to the device (300; 300-2) so that the device completes the state transition according to the command at designated time.
Aerodynamic device for a motor-vehicle, comprising: - a panel structure located under the front part of the motor-vehicle and pivotally mounted around an axis transverse with respect to the longitudinal direction of the motor-vehicle, said panel structure being elastically biased towards a raised position and being adapted to be moved towards a lowered position when the motor-vehicle speed exceeds a predetermined threshold value, due to an airflow which invests the motor-vehicle, - an upper wall which is fixed with respect to the motor-vehicle body, and placed above said panel structure so as to define a cavity together with said panel structure, characterized in that said aerodynamic device further comprises a bag structure arranged inside said cavity between said panel structure and said upper wall for receiving in its interior a portion of said airflow which invests the motor-vehicle during travel, in such a way that above said predetermined threshold value of the motor-vehicle speed, said bag structure is inflated and pushes said panel structure towards its lowered position. - a panel structure located under the front part of the motor-vehicle and pivotally mounted around an axis transverse with respect to the longitudinal direction of the motor-vehicle, said panel structure being elastically biased towards a raised position and being adapted to be moved towards a lowered position when the motor-vehicle speed exceeds a predetermined threshold value, due to an airflow which invests the motor-vehicle, - an upper wall which is fixed with respect to the motor-vehicle body, and placed above said panel structure so as to define a cavity together with said panel structure,
A tape gap inspection gauge, comprising: a measurement system for measuring a gap between adjacent tape strips, including a non-contact sensor for sensing an edge of at least one of the tape strips; a movement system for moving the measurement system along a surface of the tape strips, the movement system comprising an active steering system adapted for automatically steering the movement of the tape gap inspection gauge along the surface of the tape strips, the steering system controlled based on a location of the edge. a measurement system for measuring a gap between adjacent tape strips, including a non-contact sensor for sensing an edge of at least one of the tape strips; a movement system for moving the measurement system along a surface of the tape strips, the movement system comprising an active steering system adapted for automatically steering the movement of the tape gap inspection gauge along the surface of the tape strips, the steering system controlled based on a location of the edge.
A diol composition comprising a diol as a major component and having an electrical conductivity of 0.6 to 30 mS/m measured as described in the specification.
Fluid comprising nano-particles characterized in that: a. said fluid, said nano-particles and their external surface are pure, i.e. free of: residual anions, reducing agents, unreduced metal salts and other residual chemical precursors coming from the nano-particle production or dispersion process b. said fluid is an hydrogel or a silicone hydrogel or poly 2-hydroxyethyl methacrylate, pHema, or is a solvent, a monomer, a macromer, a crosslinking agent, a copolymer or a prepolymer thereof c. said nano-particles have a concentration between 10 6 NP/mL and 10 14 NP/mL; d. said nano-particles have a size between 1-100 nm; e. said nano-particlas are manufactured by pulsed laser ablation in liquid a. said fluid, said nano-particles and their external surface are pure, i.e. free of: residual anions, reducing agents, unreduced metal salts and other residual chemical precursors coming from the nano-particle production or dispersion process b. said fluid is an hydrogel or a silicone hydrogel or poly 2-hydroxyethyl methacrylate, pHema, or is a solvent, a monomer, a macromer, a crosslinking agent, a copolymer or a prepolymer thereof c. said nano-particles have a concentration between 10 6 NP/mL and 10 14 NP/mL; d. said nano-particles have a size between 1-100 nm; e. said nano-particlas are manufactured by pulsed laser ablation in liquid
A pitch control assembly for an aircraft-bladed rotor, the rotor rotatable about a longitudinal axis and having an adjustable blade pitch angle, the assembly comprising: a feedback device (300; 350) configured to be coupled to rotate with the rotor and to move along the longitudinal axis with adjustment of the blade pitch angle, the feedback device (300; 350) comprising a plurality of position markers (320; 370, 380) spaced circumferentially around the feedback device (300; 350); at least one sensor positioned proximate to the feedback device (300; 350) and configured for producing a sensor signal in response to detecting passage of the plurality of position markers as the feedback device (300; 350) rotates about the longitudinal axis; and a control unit communicatively coupled to the at least one sensor and configured to generate a feedback signal indicative of the blade pitch angle in response to the sensor signals received from the at least one sensor, characterised in that: the plurality of position markers (320; 370, 380) have lengths along the longitudinal axis which vary monotonically and incrementally along at least part of the circumference of the feedback device (300; 350). a feedback device (300; 350) configured to be coupled to rotate with the rotor and to move along the longitudinal axis with adjustment of the blade pitch angle, the feedback device (300; 350) comprising a plurality of position markers (320; 370, 380) spaced circumferentially around the feedback device (300; 350); at least one sensor positioned proximate to the feedback device (300; 350) and configured for producing a sensor signal in response to detecting passage of the plurality of position markers as the feedback device (300; 350) rotates about the longitudinal axis; and a control unit communicatively coupled to the at least one sensor and configured to generate a feedback signal indicative of the blade pitch angle in response to the sensor signals received from the at least one sensor,
A hammer drill attachment for a rotary drill, the rotary drill comprising an axially cannulated output member rotatable in a first direction and in a second direction opposite the first direction, wherein the hammer drill attachment comprises: an input shaft configured to receive rotary motion from the output member of the rotary drill; an output shaft configured to output rotary motion or pulsed axial percussions; and a transmission connecting the input shaft with the output shaft and configured to transmit rotary motion from the input shaft to the output shaft during rotation of the input shaft in the first direction of rotation and to convert rotary motion of the input shaft to pulsed axial percussions of the output shaft during rotation of the input shaft in the second direction of rotation; wherein the input shaft and output shaft are axially aligned and are configured to be axially aligned with the output member of the rotary drill; characterized in that the input shaft and output shaft comprise an axial cannulation extending therethrough and configured to receive at least one elongated surgical implement (12; 50) therethrough, and the output shaft comprises a device (33; 33a; 33b) configured to fixedly connect the output shaft with the at least one surgical implement (12; 50) to rotate or axially pulse the at least one surgical implement (12; 50) with the output shaft. an input shaft configured to receive rotary motion from the output member of the rotary drill; an output shaft configured to output rotary motion or pulsed axial percussions; and a transmission connecting the input shaft with the output shaft and configured to transmit rotary motion from the input shaft to the output shaft during rotation of the input shaft in the first direction of rotation and to convert rotary motion of the input shaft to pulsed axial percussions of the output shaft during rotation of the input shaft in the second direction of rotation; wherein the input shaft and output shaft are axially aligned and are configured to be axially aligned with the output member of the rotary drill;
A refrigeration cycle apparatus comprising: - a refrigeration circuit including a compression unit (5, 23), a gas cooler, an expansion mechanism, and an evaporator interconnected with pipes; and - a sub-compression mechanism driven by power recovered by the expansion mechanism, wherein, in order that refrigerant compressed by the sub-compression mechanism and the compression unit (5, 23) are merged in refrigerant pipes that connect the compression unit (5, 23) on an inlet side of the gas cooler and the gas cooler, a discharge side of the sub-compression mechanism is connected to the refrigerant pipes that connect the compression unit (5, 23) on the inlet side of the gas cooler and the gas cooler, and wherein the flow rate of the refrigerant flowing into the sub-compression mechanism is controlled, characterized in that: a suction side of the sub-compression mechanism is connected to a compression process of the compression unit (5, 23), such that compressed refrigerant that is at least partly compressed by the compression unit (5, 23) can enter the sub-compression mechanism. - a refrigeration circuit including a compression unit (5, 23), a gas cooler, an expansion mechanism, and an evaporator interconnected with pipes; and - a sub-compression mechanism driven by power recovered by the expansion mechanism, a suction side of the sub-compression mechanism is connected to a compression process of the compression unit (5, 23), such that compressed refrigerant that is at least partly compressed by the compression unit (5, 23) can enter the sub-compression mechanism.
A method, comprising: receiving, by a persistent storage device, a first address translation cache entry; receiving, by the persistent storage device, an input-output command; executing the input-output command, by the persistent storage device, the executing of the input-output command comprising performing direct memory access of a memory location at an address calculated based on the input-output command and based on the first address translation cache entry; and storing the first address translation cache entry in a segment of an address translation cache of the persistent storage device, the segment being reserved for prepopulated address translation cache entries. receiving, by a persistent storage device, a first address translation cache entry; receiving, by the persistent storage device, an input-output command; executing the input-output command, by the persistent storage device, the executing of the input-output command comprising performing direct memory access of a memory location at an address calculated based on the input-output command and based on the first address translation cache entry; and storing the first address translation cache entry in a segment of an address translation cache of the persistent storage device, the segment being reserved for prepopulated address translation cache entries.
A medical device for promoting hemostasis in a wound cavity, said device having an elongate sheath having a proximal end and a distal end, a hollow inflation and deflation tubular member contained within said sheath, an inflatable and deflatable balloon in fluid communication with said tubular member, said balloon inflatable with a liquid being a gaseous nitric oxide source, said balloon being longitudinally moveable relative said sheath via said tubular member, characterized in that said balloon has a membrane that is impermeable for said liquid and said membrane is permeable for gaseous nitric oxide emanating from said liquid being a source of nitric oxide inside said balloon, and said balloon is filled with said liquid when inflated.
A mobile terminal comprising: a first body having a front surface and a rear surface; a second body slidably attached to the first body, the second body having a front surface and a rear surface; and a slide module connecting the first body to the second body to allow the second body to be moved between a closed position and an open position; characterized in that the first body includes a lower body and an upper body of which thickness is thinner than that of the lower body, a first surface on the upper body of the front surface of the first body; and a second surface on the lower body of the front surface of the first body to be stepped from the first surface, and the second body includes a lower body and an upper body of which thickness is thicker than that of the lower body, a first opposite surface on the upper body of the second body to be opposite to the first surface in the closed position; and a second opposite surface on the lower body of the second body to be stepped from the first opposite surface to be opposite to the first surface in the open position. a first body having a front surface and a rear surface; a second body slidably attached to the first body, the second body having a front surface and a rear surface; and a slide module connecting the first body to the second body to allow the second body to be moved between a closed position and an open position; characterized in that the first body includes a lower body and an upper body of which thickness is thinner than that of the lower body, a first surface on the upper body of the front surface of the first body; and a second surface on the lower body of the front surface of the first body to be stepped from the first surface, and the second body includes a lower body and an upper body of which thickness is thicker than that of the lower body, a first opposite surface on the upper body of the second body to be opposite to the first surface in the closed position; and a second opposite surface on the lower body of the second body to be stepped from the first opposite surface to be opposite to the first surface in the open position.
A method of wireless communication performed by a user equipment, UE, comprising: determining a capability of the UE relating to a carrier configuration of the UE, wherein the carrier configuration relates to carriers of at least two different numerologies wherein the capability is determined based on a maximum bandwidth capability that is supported for carriers of a first numerology associated with the UE; and one or more scaling values associated with one or more numerologies other than the first numerology, wherein each of the one or more scaling values identifies a relationship for the maximum bandwidth capability, between a number of carriers associated with the first numerology and a number of carriers associated with respective ones of the one or more numerologies other than the first numerology; and transmitting (340, 520) information identifying the capability, wherein the information identifying the capability identifies the maximum bandwidth that is supported for carriers of the first numerology and the one or more scaling values associated with one or more numerologies other than the first numerology. determining a capability of the UE relating to a carrier configuration of the UE, wherein the carrier configuration relates to carriers of at least two different numerologies wherein the capability is determined based on a maximum bandwidth capability that is supported for carriers of a first numerology associated with the UE; and one or more scaling values associated with one or more numerologies other than the first numerology, wherein each of the one or more scaling values identifies a relationship for the maximum bandwidth capability, between a number of carriers associated with the first numerology and a number of carriers associated with respective ones of the one or more numerologies other than the first numerology; and transmitting (340, 520) information identifying the capability, wherein the information identifying the capability identifies the maximum bandwidth that is supported for carriers of the first numerology and the one or more scaling values associated with one or more numerologies other than the first numerology.
A brake disc 1 having a corrugated outer periphery comprising a hub disc 4 suitable to be fixed to a wheel, a braking disc 3 coaxially disposed outside the hub disc 4, and a connection pin 5 connecting the hub disc 4 and the braking disc 3 with each other in a floating state, in which a plurality of outer peripheral recesses 7 are formed in an outer periphery of the braking disc at a distance from one another in a circumferential direction to form the outer periphery into a corrugated shape, characterized in that: the depths of the outer peripheral recesses 7 from an outer peripheral circle of the braking disc are set to 2 mm or more and 7 mm or less, the number of outer peripheral recesses 7, the number of mounting holes 12 to the wheel and the number of connection pins 5 are set to a relation of relatively prime, and the number of outer peripheral recesses 7 is set to 3 to 23, the number of mounting holes 12 to the wheel is set to 3 to 7 and the number of connection pins 5 is set to 5 to 12. the depths of the outer peripheral recesses 7 from an outer peripheral circle of the braking disc are set to 2 mm or more and 7 mm or less, the number of outer peripheral recesses 7, the number of mounting holes 12 to the wheel and the number of connection pins 5 are set to a relation of relatively prime, and the number of outer peripheral recesses 7 is set to 3 to 23, the number of mounting holes 12 to the wheel is set to 3 to 7 and the number of connection pins 5 is set to 5 to 12.
A method for controlling Net blotch and/or Ramularia leaf spot on barley, comprising treating the plants, their seed or the soil with a fungicidally effective amount of Pydiflumetofen, wherein the Net bloch contains a G79R and/or N75S mutation in the succinate dehydrogenase subunit C gene and/or a D145G mutation in the succinate dehydrogenase subunit D gene, and the Ramularia contains a N224T mutation in the succinate dehydrogenase subunit B gene and/or a G171D, H146R, H153R and/or N87S mutation in the succinate dehydrogenase subunit C gene.