mhurhangee/ep-ind-claims huggingface dataset:
An airway status evaluation apparatus for extubation evaluation, comprising: a respiration monitoring unit (141, 541, 641) to monitor a respiration parameter of a patient; an inflation/deflation unit (121, 521, 621), comprising an interface connected to an inflation tube of a tracheal tube to inflate or deflate a cuff of the tracheal tube through the inflation tube; an inflation/deflation control unit (122, 522, 622), connected to the inflation/deflation unit (121, 521, 621), to control the inflation/deflation unit (141, 541, 541) to inflate and deflate the cuff so as to enable the cuff to meet an evaluation state; and a data processing unit (143, 543, 643), electrically connected to the respiration monitoring unit (141, 541, 641), to collect the respiration parameter of the patient from the respiration monitoring unit (141, 541, 641) when the cuff meets the evaluation state and to evaluate an airway status of the patient according to the respiration parameter; and wherein the evaluation state refers to a state in which the cuff is maintained at a predetermined pressure before deflation and a state in which the cuff is completely deflated; the data processing unit is configured to collect values of the respiration parameters respectively in the two evaluation states from the respiration monitoring unit (141, 541, 641) after the airway status evaluation procedure has started, and a value of the respiration parameter is a value measured in one respiratory cycle or an average value of measured in multiple respiratory cycles. a respiration monitoring unit (141, 541, 641) to monitor a respiration parameter of a patient; an inflation/deflation unit (121, 521, 621), comprising an interface connected to an inflation tube of a tracheal tube to inflate or deflate a cuff of the tracheal tube through the inflation tube; an inflation/deflation control unit (122, 522, 622), connected to the inflation/deflation unit (121, 521, 621), to control the inflation/deflation unit (141, 541, 541) to inflate and deflate the cuff so as to enable the cuff to meet an evaluation state; and a data processing unit (143, 543, 643), electrically connected to the respiration monitoring unit (141, 541, 641), to collect the respiration parameter of the patient from the respiration monitoring unit (141, 541, 641) when the cuff meets the evaluation state and to evaluate an airway status of the patient according to the respiration parameter; and wherein the evaluation state refers to a state in which the cuff is maintained at a predetermined pressure before deflation and a state in which the cuff is completely deflated; the data processing unit is configured to collect values of the respiration parameters respectively in the two evaluation states from the respiration monitoring unit (141, 541, 641) after the airway status evaluation procedure has started, and a value of the respiration parameter is a value measured in one respiratory cycle or an average value of measured in multiple respiratory cycles.
Mechanical clock movement (2; 22; 32; 72; 152) comprising a resonator (10; 10A; 34; 74; 154), an escapement linked to this resonator and a display of at least one item of time information, wherein this display is driven by a mechanical drive device via a counter wheel train, the work rate of which is set by the escapement, and at least said resonator is housed in a chamber (14; 14A; 38; 80; 180), in which a reduced pressure in relation to atmospheric pressure prevails, characterized in that said escapement is a magnetic escapement comprising an escape wheel (36; 76; 158) coupled directly or indirectly to the resonator via a magnetic coupling system, wherein this magnetic coupling system is formed from at least one first magnetic element (40; 84; 170) and a second magnetic element (62A, 63A, 62B, 63B; 108, 109, 196, 198) that exhibit a magnetic interaction at least periodically between them; and in that said chamber comprises a wall (66; 112; 182), which runs between said first and second magnetic elements so that the first magnetic element is inside the chamber, whereas the second magnetic element and said escape wheel are outside this chamber, and said wall is arranged to permit said magnetic interaction through this wall.
A lyophilized pharmaceutical composition of Romiplostim obtainable by lyophilizing a formulation comprising Romiplostim at a concentration of 0.1 mg/mL to 1.0 mg/mL, citro-phosphate as buffer, sucrose as bulking agent and Polysorbate 20 at pH 5.0.
Machine for cutting a glass sheet along a predefined cutting line; the machine comprising: • a supporting surface, for supporting the sheet, • at least one motorised scoring tool movable along a rectilinear scoring path, • at least one clamp device for gripping and retaining said sheet, the clamp device having coupling members for coupling to said sheet, and the coupling members being rotatable about a hinge axis orthogonal to said supporting surface, • at least one sheet handling member and • operating means for moving said sheet handling member in opposite senses along a rectilinear direction orthogonal to said scoring path, said coupling members and said handling member being idle about respective hinge axes, and said scoring tool and said coupling members being mutually aligned along said scoring path, and said hinge axis intersecting said scoring path; actuator means being provided to move said coupling members in opposite senses along said scoring path, said coupling members comprising a pair of thrust rods which are coaxial along said hinge axis; actuator means being provided to move said thrust rods along said hinge axis away from and towards an advanced position; characterized in that said thrust rods have respective solid free end portions, which face each other along said hinge axis and, in the advanced position, rest directly on said sheet and clamp the sheet between them; at least one of said solid free end portions having a maximum outside diameter of twenty millimetres. • a supporting surface, for supporting the sheet, • at least one motorised scoring tool movable along a rectilinear scoring path, • at least one clamp device for gripping and retaining said sheet, the clamp device having coupling members for coupling to said sheet, and the coupling members being rotatable about a hinge axis orthogonal to said supporting surface, • at least one sheet handling member and • operating means for moving said sheet handling member in opposite senses along a rectilinear direction orthogonal to said scoring path,
A microfluidic system, comprising: a microfluidic device; and a metered fluid loading system formed integrally with the microfluidic device and configured to load a discrete metered predetermined volume of fluid into the microfluidic device upon actuation; wherein the metered fluid loading system includes a fluid input mechanism configured to actuate the metered fluid loading system, the fluid input mechanism comprising a bistable membrane actuator (52,54) configured to actuate the metered fluid loading system as a result of being deformed from a first bistable state to a second bistable state; wherein the metered fluid loading system further comprises a reservoir having an input channel for holding fluid, the fluid input mechanism being configured to actuate the metered fluid loading system to load the discrete metered volume of fluid into the microfluidic device independent of the volume of fluid in the input channel of the reservoir; and wherein the actuator is disposed over a port of the input channel of the reservoir and is deformable to reduce the volume of the input channel of the reservoir thereby expelling the predetermined volume of fluid from the reservoir. a microfluidic device; and a metered fluid loading system formed integrally with the microfluidic device and configured to load a discrete metered predetermined volume of fluid into the microfluidic device upon actuation; wherein the metered fluid loading system includes a fluid input mechanism configured to actuate the metered fluid loading system, the fluid input mechanism comprising a bistable membrane actuator (52,54) configured to actuate the metered fluid loading system as a result of being deformed from a first bistable state to a second bistable state; wherein the metered fluid loading system further comprises a reservoir having an input channel for holding fluid, the fluid input mechanism being configured to actuate the metered fluid loading system to load the discrete metered volume of fluid into the microfluidic device independent of the volume of fluid in the input channel of the reservoir; and wherein the actuator is disposed over a port of the input channel of the reservoir and is deformable to reduce the volume of the input channel of the reservoir thereby expelling the predetermined volume of fluid from the reservoir.
Wind turbine with a rotor, a substantially horizontal rotor shaft (11; 51), with a machine frame, with output means (20, 21) for dissipating the rotation energy of the rotor, - wherein the output means are formed as ring gear or planet carrier of a gear box - wherein the rotor shaft (11; 51) is connected in a rotation-fixed manner to the machine frame, - the rotor has a hub and at least one rotor blade attachable thereto, - is rotatably supported on the rotor shaft (11; 51), - and is connected substantially in a rotation-fixed manner to the output means (20, 21), characterized in that decoupling connecting means (40 60; 70; 90) are effectively formed and effectively arranged between the output means (20, 21) and the rotor in order to substantially prevent the transmitting of radial, axial and/or tilting motions from the rotor onto the output means (20, 21). - wherein the output means are formed as ring gear or planet carrier of a gear box - wherein the rotor shaft (11; 51) is connected in a rotation-fixed manner to the machine frame, - the rotor has a hub and at least one rotor blade attachable thereto, - is rotatably supported on the rotor shaft (11; 51), - and is connected substantially in a rotation-fixed manner to the output means (20, 21),
An apparatus for controlling cell selection in a cellular communication system supporting a plurality of modulation schemes, the apparatus comprising: means for determining a distribution of active modulations for a plurality of communication channels of at least one cell; wherein the distribution of active modulations reflects which modulation schemes are currently active or which modulation schemes are allocated to different line slots, channels and/or carriers, and means for modifying a cell selection criterion in response to a power characteristic associated with each modulation scheme of the distribution of active modulations. means for determining a distribution of active modulations for a plurality of communication channels of at least one cell; wherein the distribution of active modulations reflects which modulation schemes are currently active or which modulation schemes are allocated to different line slots, channels and/or carriers, and means for modifying a cell selection criterion in response to a power characteristic associated with each modulation scheme of the distribution of active modulations.
A method for programming a set of non-volatile storage elements, comprising: applying a series of programming pulses (V pgm) to the non-volatile storage elements, wherein each successive pulse is incremented by a first step size (ΔV pgm1) until programming of lower states (A, B) is completed, then each successive pulse is incremented by a second step size (ΔV pgm2), wherein the second step size (ΔV pgm2) is larger than the first step size (ΔV pgm1); and characterised by increasing a pulse length of the programming pulses when programming of lower states is completed; wherein said applying a series of programming pulses (V pgm) includes: programming toward a highest state using a first technique that does not use coarse/fine programming until programming of lower states (A, B) is completed, and programming toward the highest state using a coarse/fine technique after programming of lower states (A, B) is completed. applying a series of programming pulses (V pgm) to the non-volatile storage elements, wherein each successive pulse is incremented by a first step size (ΔV pgm1) until programming of lower states (A, B) is completed, then each successive pulse is incremented by a second step size (ΔV pgm2), wherein the second step size (ΔV pgm2) is larger than the first step size (ΔV pgm1); and characterised by increasing a pulse length of the programming pulses when programming of lower states is completed; wherein said applying a series of programming pulses (V pgm) includes: programming toward a highest state using a first technique that does not use coarse/fine programming until programming of lower states (A, B) is completed, and programming toward the highest state using a coarse/fine technique after programming of lower states (A, B) is completed. programming toward a highest state using a first technique that does not use coarse/fine programming until programming of lower states (A, B) is completed, and programming toward the highest state using a coarse/fine technique after programming of lower states (A, B) is completed.
A method of isolating DNA encoding the variable regions of a T cell receptor alpha or beta chain, said method comprising: (a) isolating genomic DNA from a single T cell, wherein said isolating step comprises whole genome amplification; and (b) amplifying a gene segment encompassing the TCR alpha or beta chain variable region by an enrichment amplification reaction to produce a first enrichment product comprising the V and J regions of the TCR alpha or beta chain from the single cell, the amplification reaction comprising incubating the isolated genomic DNA with a set of outer forward primers and a set of outer reverse primers, wherein each outer forward primer anneals to a sequence 5 to 40 base pairs upstream of the signal sequence junction of the V region, the set of outer forward primers comprising at least one primer for each of the possible V regions of the TCR alpha chain or TCR beta chain, and wherein each outer reverse primer anneals to a sequence 5 to 40 base pairs downstream of the exon/intron junction of the J region, the set of outer reverse primers comprising at least one primer for each of the possible J regions of the TCR alpha chain or TCR beta chain.
A biliary stent (1, 2, 3) comprising: a tubular stent body (10, 110) configured to be radially expandable; a tubular membrane (30, 30a, 130) provided to protrude from one end of the stent body (10, 110) and having a bile outflow port (34, 34a, 134); and two support members (40, 50) supporting the membrane (30, 30a, 130); wherein one end (42, 52) of each of the two support members (40, 50) is connected to the one end of the stent body (10, 110), another end (44, 54) of each of the two support members (40, 50) is connected to a vicinity of the bile outflow port (34, 34a, 134), and the two support members (40, 50) are arranged at locations opposed to each other and interposing a tube axis of the stent body (10, 110), and are configured to exert forces on the bile outflow port (34, 34a, 134) along directions away from each other, the biliary stent being characterized in that each support members (40, 50) is a substantially V-shaped wire material, and wherein the another end (44, 54) of each of the two support members (40,50) connected to a vicinity of the bile outflow port (34, 34a, 134) is a valley part in the V-shape. a tubular stent body (10, 110) configured to be radially expandable; a tubular membrane (30, 30a, 130) provided to protrude from one end of the stent body (10, 110) and having a bile outflow port (34, 34a, 134); and two support members (40, 50) supporting the membrane (30, 30a, 130); wherein one end (42, 52) of each of the two support members (40, 50) is connected to the one end of the stent body (10, 110), another end (44, 54) of each of the two support members (40, 50) is connected to a vicinity of the bile outflow port (34, 34a, 134), and the two support members (40, 50) are arranged at locations opposed to each other and interposing a tube axis of the stent body (10, 110), and are configured to exert forces on the bile outflow port (34, 34a, 134) along directions away from each other, the biliary stent being characterized in that each support members (40, 50) is a substantially V-shaped wire material, and wherein the another end (44, 54) of each of the two support members (40,50) connected to a vicinity of the bile outflow port (34, 34a, 134) is a valley part in the V-shape.
A screen assembly for grading and dewatering sand comprising a frame upon which is mounted a deck having a plurality of apertures therein, the frame being mounted on a base and being provided with vibration generating means (30,32) for imparting vibration to the deck, wherein the deck comprises a first portion inclined downwardly from a first end to second end for grading sand thereon and a second portion for dewatering sand thereon, wherein the first portion of the deck is inclined downwardly at a first angle to the horizontal with respect to the normal direction of travel of material on the deck and the second portion is inclined upwardly at a second angle to the horizontal with respect to the normal direction of travel of material on the deck, wherein, in use, sand may be delivered onto the deck at or adjacent the first end of the first portion, undersized particles of sand passing through the apertures in the first portion of the deck as oversized particles are conveyed over the first portion of the deck under the action gravity before passing onto the second portion of the deck, whereby the oversized particles are dewatered, characterised by the length of the first portion of the deck being greater than the length of the second portion of the deck.
A Triazolo(4,5-d)pyrimidine derivative of formula wherein R 1 is C 3-5 alkyl optionally substituted by one or more halogen atoms; R 2 is a phenyl group, optionally substituted by one or more halogen atoms; R 3 and R 4 are both hydroxyl; R is XOH, wherein X is CH 2, OCH 2 CH 2, or a bond; or a pharmaceutical acceptable salt or solvate thereof, or a solvate of such a salt provided that when X is CH 2 or a bond, R 1 is not propyl; when X is CH 2 and R 1 CH 2 CH 2 CF 3, butyl or pentyl, the phenyl group at R 2 must be substituted by fluorine; when X is OCH 2 CH 2 and R 1 is propyl, the phenyl group at R 2 must be substituted by fluorine; for use in treatment or prevention of bacterial infection in a host mammal in need of such treatment. wherein R 1 is C 3-5 alkyl optionally substituted by one or more halogen atoms; R 2 is a phenyl group, optionally substituted by one or more halogen atoms; R 3 and R 4 are both hydroxyl; R is XOH, wherein X is CH 2, OCH 2 CH 2, or a bond; or a pharmaceutical acceptable salt or solvate thereof, or a solvate of such a salt provided that when X is CH 2 or a bond, R 1 is not propyl; when X is CH 2 and R 1 CH 2 CH 2 CF 3, butyl or pentyl, the phenyl group at R 2 must be substituted by fluorine; when X is OCH 2 CH 2 and R 1 is propyl, the phenyl group at R 2 must be substituted by fluorine;
An X-ray apparatus (100, 200, 300, 600, 700, 800) comprising: an X-ray photographing unit (610, 710, 810) configured to acquire first image information by irradiating an X-ray of a first dose to an object; a control unit (113, 150, 620, 720, 820, 852) configured to determine existence/nonexistence of a density abnormality of the object on the basis of the first image information; an output unit (111, 141, 630, 730, 851) configured to display information about the existence/nonexistence of the density abnormality; and an input unit (112, 142, 740, 853) configured to receive an input about rephotographing of the first image information from a user, wherein when the rephotographing is not requested in the input, the X-ray photographing unit (610, 710, 810) further acquires second image information by irradiating an X-ray of a second dose greater than the first dose. an X-ray photographing unit (610, 710, 810) configured to acquire first image information by irradiating an X-ray of a first dose to an object; a control unit (113, 150, 620, 720, 820, 852) configured to determine existence/nonexistence of a density abnormality of the object on the basis of the first image information; an output unit (111, 141, 630, 730, 851) configured to display information about the existence/nonexistence of the density abnormality; and an input unit (112, 142, 740, 853) configured to receive an input about rephotographing of the first image information from a user, wherein when the rephotographing is not requested in the input, the X-ray photographing unit (610, 710, 810) further acquires second image information by irradiating an X-ray of a second dose greater than the first dose.
A pneumatic tire having a tread portion with a circumferential groove and a belt layer, wherein a monofilament cord is used as a reinforcing cord for the belt layer; and the number of arrangements e (lines/5 cm) of the monofilament cords per 5 cm in the tire width direction in the tire radial cross section of the belt layer, the distance G (mm) from the surface of the land portion closest to the equatorial plane among land portions separated by the circumferential groove to the monofilament cord, and the loss tangent (30°Ctan δ) when the rubber composition constituting the surface of the tread portion is measured under conditions of temperature: 30°C, initial strain: 5%, dynamic strain: ±1%, frequency: 10Hz, and deformation mode: tensile, satisfy the following formula 1 30 ° Ctan δ × G / e > 0.015 mm × 5 cm and wherein the loss tangent (0°Ctan δ), the distance G(mm), and the complex elastic modulus (0°C E*) (MPa) when the rubber composition constituting the surface of the tread portion is measured under the conditions of temperature: 0°C, initial strain: 5%, dynamic strain: ±0.25%, frequency: 10Hz, and deformation mode: elongation, satisfy the following formula 3. 0 ° C tan δ / 0 ° C E* × G ≧ 0.55 mm × MPa − 1 a monofilament cord is used as a reinforcing cord for the belt layer; and the number of arrangements e (lines/5 cm) of the monofilament cords per 5 cm in the tire width direction in the tire radial cross section of the belt layer, the distance G (mm) from the surface of the land portion closest to the equatorial plane among land portions separated by the circumferential groove to the monofilament cord, and the loss tangent (30°Ctan δ) when the rubber composition constituting the surface of the tread portion is measured under conditions of temperature: 30°C, initial strain: 5%, dynamic strain: ±1%, frequency: 10Hz, and deformation mode: tensile, satisfy the following formula 1 30 ° Ctan δ × G / e > 0.015 mm × 5 cm and wherein the loss tangent (0°Ctan δ), the distance G(mm), and the complex elastic modulus (0°C E*) (MPa) when the rubber composition constituting the surface of the tread portion is measured under the conditions of temperature: 0°C, initial strain: 5%, dynamic strain: ±0.25%, frequency: 10Hz, and deformation mode: elongation, satisfy the following formula 3. 0 ° C tan δ / 0 ° C E* × G ≧ 0.55 mm × MPa − 1 30°C, initial strain: 5%, dynamic strain: ±1%, frequency: 10Hz, and deformation mode: tensile, satisfy the following formula 1 30 ° Ctan δ × G / e > 0.015 mm × 5 cm and wherein the loss tangent (0°Ctan δ), the distance G(mm), and the complex elastic modulus (0°C E*) (MPa) when the rubber composition constituting the surface of the tread portion is measured under the conditions of temperature: 0°C, initial strain: 5%, dynamic strain: ±0.25%, frequency: 10Hz, and deformation mode: elongation, satisfy the following formula 3. 0 ° C tan δ / 0 ° C E* × G ≧ 0.55 mm × MPa − 1