mhurhangee/ep-ind-claims huggingface dataset:
A flight control method for a host aircraft, the method comprising: receiving position determining data, and a flight plan, FP, from a flight management system, FMS, in the host aircraft; receiving, from a traffic collision advisory system, TCAS, TCAS data; receiving a TCAS resolution advisory, RA, related to a neighbor aircraft, the TCAS RA being an evasive maneuver; responsive to receiving the RA, automatically beginning executing the evasive maneuver when both vertical navigation, VNAV, is engaged in the FMS and automatic pilot, AP, is engaged, the evasive maneuver consisting of a vertical speed change, a flight level change, or a vertical path change; and either (i) continuing executing the evasive maneuver by modifying FMS VNAV guidance, responsive to referencing the FMS to determine that a limiting condition does not apply to the evasive maneuver, wherein the limiting condition comprises a nearby parallel runway; or (ii) alerting a pilot to take control for a manual execution of a remainder of the evasive maneuver, responsive to determining that the limiting condition applies to the evasive maneuver. receiving position determining data, and a flight plan, FP, from a flight management system, FMS, in the host aircraft; receiving, from a traffic collision advisory system, TCAS, TCAS data; receiving a TCAS resolution advisory, RA, related to a neighbor aircraft, the TCAS RA being an evasive maneuver; responsive to receiving the RA, automatically beginning executing the evasive maneuver when both vertical navigation, VNAV, is engaged in the FMS and automatic pilot, AP, is engaged, the evasive maneuver consisting of a vertical speed change, a flight level change, or a vertical path change; and either (i) continuing executing the evasive maneuver by modifying FMS VNAV guidance, responsive to referencing the FMS to determine that a limiting condition does not apply to the evasive maneuver, wherein the limiting condition comprises a nearby parallel runway; or (ii) alerting a pilot to take control for a manual execution of a remainder of the evasive maneuver, responsive to determining that the limiting condition applies to the evasive maneuver.
A prosthetic heart valve device for treating a native heart valve in a patient, comprising: a valve support having a generally circular shape and configured to support a prosthetic valve; a deformable retainer coupled to an upstream portion of the valve support and configured to engage cardiac tissue on or below an annulus of the heart valve; and a plurality of arms coupled to the valve support, wherein the plurality of arms are coupled to a downstream portion of the valve support, the plurality of arms configured to engage native tissue, wherein the arms are biased outwardly from the valve support in an unbiased configuration; wherein the valve support is mechanically isolated from the retainer such that deformation of the retainer does not substantially affect the generally circular shape of the valve support. a valve support having a generally circular shape and configured to support a prosthetic valve; a deformable retainer coupled to an upstream portion of the valve support and configured to engage cardiac tissue on or below an annulus of the heart valve; and a plurality of arms coupled to the valve support, wherein the plurality of arms are coupled to a downstream portion of the valve support, the plurality of arms configured to engage native tissue, wherein the arms are biased outwardly from the valve support in an unbiased configuration; wherein the valve support is mechanically isolated from the retainer such that deformation of the retainer does not substantially affect the generally circular shape of the valve support.
A method comprising: detecting, by a first device (205, 270) including a first data interface (100, 272), a current flow or a voltage change at one of a first communication control pin (102, 274) and a second communication control pin (102, 274) at the first data interface; detecting an orientation of a second data interface (272, 100) of another device inserted into the first data interface (100, 272) in response to detecting the current flow or the voltage change at the first or second communication control pin (102, 274), assigning, by the first device (205, 270) in response to the detection of the current flow or the voltage change at the first communication control pin (102, 274), a serial data communication circuitry to the second communication control pin (104, 276) at the first data interface (100, 272) to carry serial data communications to the other device (205, 270), and assigning, by the first device (205, 270), in response to the detection of the current flow or the voltage change at the second communication control pin (102, 274), the serial data communication circuitry to the first communication control pin (104, 276) at the first data interface (100, 272) to carry serial data communications to the other device (205, 270); wherein the data interface comprises at least one of a universal serial bus connector and a universal serial bus receptacle. detecting, by a first device (205, 270) including a first data interface (100, 272), a current flow or a voltage change at one of a first communication control pin (102, 274) and a second communication control pin (102, 274) at the first data interface; detecting an orientation of a second data interface (272, 100) of another device inserted into the first data interface (100, 272) in response to detecting the current flow or the voltage change at the first or second communication control pin (102, 274), assigning, by the first device (205, 270) in response to the detection of the current flow or the voltage change at the first communication control pin (102, 274), a serial data communication circuitry to the second communication control pin (104, 276) at the first data interface (100, 272) to carry serial data communications to the other device (205, 270), and assigning, by the first device (205, 270), in response to the detection of the current flow or the voltage change at the second communication control pin (102, 274), the serial data communication circuitry to the first communication control pin (104, 276) at the first data interface (100, 272) to carry serial data communications to the other device (205, 270); wherein the data interface comprises at least one of a universal serial bus connector and a universal serial bus receptacle.
A developing apparatus having a developer including toner and magnetic carrier comprising: a developer carrying member for carrying the developer to develop a latent image formed on an image bearing member, said developer carrying member including a developer carrying surface having a plurality of grooves extending in a lengthwise direction of the developer carrying member; wherein a depth D (mm) of said grooves, a width W (mm) of said grooves, and a volume average particle diameter of the magnetic carrier D50 (mm) satisfy, D mm > D 50 mm × 1 / 2, and 10 × D 50 mm > W mm > D 50 mm, a magnet, provided inside said developer carrying member, for attracting the developer on said developer carrying surface; and a regulating member, provided spaced from said developer carrying member, for regulating an amount of the developer carried on said developer carrying surface, wherein an amount M/S (mg/mm2) of the developer carried on a unit area of said developer carrying surface after passing by said regulating member, a gap SB (mm) between a free end of said regulating member and said developer carrying member, a density G (mg/mm3) of the developer, and a groove ratio α which is a ratio of said grooves in said developer carrying surface satisfy, 0.1 ≤ M / S mg / mm 2 ≤ 0.45, M/S (mg/mm2) × 1/4 ≤ α × {SB (mm) + D (mm)} × G (mg/mm3) < 23/30 × M/S (mg/mm2), and 0.06 < α < 0.229. a developer carrying member for carrying the developer to develop a latent image formed on an image bearing member, said developer carrying member including a developer carrying surface having a plurality of grooves extending in a lengthwise direction of the developer carrying member; wherein a depth D (mm) of said grooves, a width W (mm) of said grooves, and a volume average particle diameter of the magnetic carrier D50 (mm) satisfy, D mm > D 50 mm × 1 / 2, and 10 × D 50 mm > W mm > D 50 mm, a magnet, provided inside said developer carrying member, for attracting the developer on said developer carrying surface; and a regulating member, provided spaced from said developer carrying member, for regulating an amount of the developer carried on said developer carrying surface, wherein an amount M/S (mg/mm2) of the developer carried on a unit area of said developer carrying surface after passing by said regulating member, a gap SB (mm) between a free end of said regulating member and said developer carrying member, a density G (mg/mm3) of the developer, and a groove ratio α which is a ratio of said grooves in said developer carrying surface satisfy, 0.1 ≤ M / S mg / mm 2 ≤ 0.45, M/S (mg/mm2) × 1/4 ≤ α × {SB (mm) + D (mm)} × G (mg/mm3) < 23/30 × M/S (mg/mm2), and 0.06 < α < 0.229.
First drum half for together with a second drum half forming a tire building drum of a tire building machine, wherein the tire building machine comprises a rotation axis and a drum shaft extending along the rotation axis for supporting said first drum half and said second drum half on opposite sides of a center of the tire building drum, wherein the tire building machine further comprises a first drive member and a second drive member movable in an axial direction parallel to the rotation axis with respect to the first drum half, wherein the first drum half comprises: - a base for mounting the first drum half to the drum shaft, wherein the base has a central axis that is arranged to coincide with the rotation axis, wherein the base is arranged to be movable over the drum shaft in the axial direction parallel to said central axis; and - a crown-up section comprising a plurality of crown segments distributed circumferentially about said central axis and movable with respect to the base in a crown-up direction outwards in a radial direction with respect to the central axis from a crown-down position towards a crown-up position; wherein the first drum half comprises a displacement member for displacing the crown segments in the crown-up direction, wherein the first drum half further comprises a first coupling member for coupling the first drive member to the base to drive the movement of the base in the axial direction and a second coupling member for coupling the second drive member to the displacement member to drive the displacement of the crown segments in the crown-up direction. - a base for mounting the first drum half to the drum shaft, wherein the base has a central axis that is arranged to coincide with the rotation axis, wherein the base is arranged to be movable over the drum shaft in the axial direction parallel to said central axis; and - a crown-up section comprising a plurality of crown segments distributed circumferentially about said central axis and movable with respect to the base in a crown-up direction outwards in a radial direction with respect to the central axis from a crown-down position towards a crown-up position; wherein the first drum half comprises a displacement member for displacing the crown segments in the crown-up direction, wherein the first drum half further comprises a first coupling member for coupling the first drive member to the base to drive the movement of the base in the axial direction and a second coupling member for coupling the second drive member to the displacement member to drive the displacement of the crown segments in the crown-up direction.
Device for treating, notably for shaping, in particular straightening, the hair, having at least one active portion comprising at least one light emission source, characterized in that the at least one light emission source is able to emit, towards the hair, light radiation having a dominant wavelength peak of between 0.8 μm and 5 μm.
A suspension comprising microgranules of a benzimidazole derivative selected from Omeprazole, Pantoprazole, Rabeprazole or Lansoprazole, or a mixture thereof suspended in an organic solvent, wherein the average diameter of the microgranules is 100 to 900 μm and wherein at least 40% of the microgranules have a diameter in the range of 500 to 700 μm and less than 10 % of the microgranules in the suspension have a diameter of more than 900 μm, and wherein the suspension has a standing viscosity of 4000 to 7000 mPa·s (centipoise) at 15 to 25°C, wherein the standing viscosity is measured after the suspension has been left to stand for 5 minutes or more, and the viscosity of the suspension is 3000 to 4000 mPa·s at 15 to 25°C when shaken, wherein the shaken viscosity is measured after the suspension has been shaken vigorously to cause turbulent flow of the suspension within a container.
A phase measurement device that measures a phase of a periodic input signal varying periodically through a digital circuit, comprising: an AD converter that digitizes the periodic input signal at each predetermined sampling timing and outputs a digital signal; a zero crossing specification means that detects a change in a sign of the digital signal; and a count processor configured to count and calculate a zero crossing detection count C through the zero crossing specification means at each sampling timing, characterized in that the phase measurement device further comprises a fraction processor configured to calculate a fraction F j [j = 1 to L] of the zero crossing detection count on the basis of the digital signals at sampling timings immediately before and immediately after the zero crossing specification means determines zero crossing and further calculates a fraction processing parameter G j = N j - F j using a zero crossing detection number N j [1 ≤ N j ≤ N] in a period of a predetermined sampling count N [the number of data to be averaged] necessary for averaging; and an averaging processor configured to average the count processor calculation value C when the period ends and L fractions calculated by the fraction processor in a period of the sampling count N using Formula 1 [U is a phase output value] and calculates a phase of the digital signal. U = C − 1 N ∑ j = 1 L G j an AD converter that digitizes the periodic input signal at each predetermined sampling timing and outputs a digital signal; a zero crossing specification means that detects a change in a sign of the digital signal; and a count processor configured to count and calculate a zero crossing detection count C through the zero crossing specification means at each sampling timing, characterized in that the phase measurement device further comprises a fraction processor configured to calculate a fraction F j [j = 1 to L] of the zero crossing detection count on the basis of the digital signals at sampling timings immediately before and immediately after the zero crossing specification means determines zero crossing and further calculates a fraction processing parameter G j = N j - F j using a zero crossing detection number N j [1 ≤ N j ≤ N] in a period of a predetermined sampling count N [the number of data to be averaged] necessary for averaging; and an averaging processor configured to average the count processor calculation value C when the period ends and L fractions calculated by the fraction processor in a period of the sampling count N using Formula 1 [U is a phase output value] and calculates a phase of the digital signal. U = C − 1 N ∑ j = 1 L G j
Medical instrument with a handle arranged at the proximal end, with a shank arranged on the handle, and with a tool arranged at the distal end of the shank, wherein an actuation element, arranged on the handle, is movable to at least two switch positions and has a selector shaft, wherein, in a first switch position for the activation of a first functionality, it is movably coupled to a first output and, in a second switch position for the activation of a second functionality, it is movably coupled to a second output of the medical instrument, wherein the selector shaft has a first coupling part which establishes a form fit with a first mating coupling part of the first output for the activation of a first functionality, and wherein the selector shaft has a second coupling part which establishes a form fit with a second mating coupling part of the second output for the activation of a second functionality, characterized in that the first and second coupling part (22, 32) each have one or more resilient locking elements which are designed to be able to couple with a form fit to corresponding recesses on the first and second mating coupling part (23, 33), or in that the first and second mating coupling part (23, 33) each have one or more resilient locking elements which are designed to be able to couple with a form fit to corresponding recesses on the first and second coupling part (22, 32), in that the resilient locking elements in seats in a coupling part (22, 32) or mating coupling part (23, 33) are designed to be movable resiliently in the radial direction, in that spring elements, which apply a radial spring force to the resilient locking element, are arranged in the seats and in that the seats for the resilient locking elements have an abutment for limiting the mobility in the radial direction.
A subsea blowout preventer stack deployment method comprising: coupling a drilling riser to a lower marine riser package that is releasably connected to a blowout preventer stack; lowering the lower marine riser package and blowout preventer stack toward a subsea wellhead; and landing the blowout preventer stack on a first additional blowout preventer package that is coupled to the subsea wellhead, wherein the first additional blowout preventer package comprises a ram blowout preventer. coupling a drilling riser to a lower marine riser package that is releasably connected to a blowout preventer stack; lowering the lower marine riser package and blowout preventer stack toward a subsea wellhead; and landing the blowout preventer stack on a first additional blowout preventer package that is coupled to the subsea wellhead, wherein the first additional blowout preventer package comprises a ram blowout preventer.
An electrostatic discharge protection circuit, for protecting circuitry, coupled between a first node (320; 1120; 1320; 1420; 1520) and a second node (321; 1121, 1121; 1321; 1421; 1521), comprising: a stack of at least one clamping device (310; 1110a, 1110b; 1310; 1410; 1510) of a first voltage domain; said stack of said at least one clamping device having an anode and a cathode; a switching device (301; 1101; 1301a,1301b; 1401; 1501) of a second voltage domain coupled in series with the stack of at least one clamping device; wherein the stack of at least one clamping device and the switching device are coupled in series between the first node and the second node, wherein a voltage level of the second voltage domain is higher than a voltage level of the first voltage domain and wherein said switching device includes a silicon controlled rectifier, SCR; a triggering device (311; 1111; 1311; 1411; 1511) coupled to the switching device, the triggering device configured to switch on the switching device during an ESD event; and a voltage limiter (306; 1106a, 1106b; 1306; 1406; 1506) coupled in parallel to the stack of at least one clamping device and configured to limit a voltage over the stack of at least one clamping device, when the switching device is turned off; wherein said voltage limiter is a resistive element in series with the switching device and arranged to create a discharge path from the anode to the cathode of the stack of at least one clamping device when the switching device is turned off. a stack of at least one clamping device (310; 1110a, 1110b; 1310; 1410; 1510) of a first voltage domain; said stack of said at least one clamping device having an anode and a cathode; a switching device (301; 1101; 1301a,1301b; 1401; 1501) of a second voltage domain coupled in series with the stack of at least one clamping device; wherein the stack of at least one clamping device and the switching device are coupled in series between the first node and the second node, wherein a voltage level of the second voltage domain is higher than a voltage level of the first voltage domain and wherein said switching device includes a silicon controlled rectifier, SCR; a triggering device (311; 1111; 1311; 1411; 1511) coupled to the switching device, the triggering device configured to switch on the switching device during an ESD event; and a voltage limiter (306; 1106a, 1106b; 1306; 1406; 1506) coupled in parallel to the stack of at least one clamping device and configured to limit a voltage over the stack of at least one clamping device, when the switching device is turned off; wherein said voltage limiter is a resistive element in series with the switching device and arranged to create a discharge path from the anode to the cathode of the stack of at least one clamping device when the switching device is turned off.
A user equipment, UE, comprising: means adapted for identifying a scaling factor or no scaling factor in a scaling factor, measScaleFactor, information element, IE, in a measurement configuration MeasConfig, IE of a radio resource control, RRC, message; when the measScaleFactor IE includes the scaling factor, means adapted for generating measurements for carriers belonging to a reduced performance group, RPG, that has a measurement delay that is greater than a measurement delay of a normal performance group, NPG, wherein the carriers belonging to the reduced performance group, RPG, are to be monitored according to an increased carrier monitoring capability that is increased relative to a normal carrier monitoring capability; when the measScaleFactor IE does not include the scaling factor, means adapted for generating measurements for carriers belonging to the normal performance group, NPG, wherein the carriers belonging to the normal performance group, NPG, are to be monitored according to the normal carrier monitoring capability; and when the measScaleFactor IE includes the scaling factor, means adapted for applying the scaling factor to the measurements. means adapted for identifying a scaling factor or no scaling factor in a scaling factor, measScaleFactor, information element, IE, in a measurement configuration MeasConfig, IE of a radio resource control, RRC, message; when the measScaleFactor IE includes the scaling factor, means adapted for generating measurements for carriers belonging to a reduced performance group, RPG, that has a measurement delay that is greater than a measurement delay of a normal performance group, NPG, wherein the carriers belonging to the reduced performance group, RPG, are to be monitored according to an increased carrier monitoring capability that is increased relative to a normal carrier monitoring capability; when the measScaleFactor IE does not include the scaling factor, means adapted for generating measurements for carriers belonging to the normal performance group, NPG, wherein the carriers belonging to the normal performance group, NPG, are to be monitored according to the normal carrier monitoring capability; and when the measScaleFactor IE includes the scaling factor, means adapted for applying the scaling factor to the measurements.
A liquid product based on urea hydrochloride for removing concrete or cement residues and efflorescence from concrete, metal or other surfaces, characterised in that it takes the form of an aqueous solution, 100 g of which comprise at least approximately 40 g of urea hydrochloride and 2 g of glycolic acid.