mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: executing, on a receiver unit (104, 106), a predetermined routine associated with an operation of an analyte monitoring device; detecting a predefined alarm condition associated with the analyte monitoring device; outputting, to a user interface of the receiver unit, a first indication associated with the detected predefined alarm condition during the execution of the predetermined routine; and outputting, to the user interface of the receiver unit, a second indication associated with the detected predefined alarm condition; wherein the second indication is output after the completion of the execution of the predetermined routine; the predetermined routine is executed without interruption during the outputting of the first indication; the first indication includes a temporary indicator and, further, the second indication includes a predetermined alarm associated with the detected predefined alarm condition; and the predetermined routine includes one or more processes that interface with the user interface of the receiver unit. executing, on a receiver unit (104, 106), a predetermined routine associated with an operation of an analyte monitoring device; detecting a predefined alarm condition associated with the analyte monitoring device; outputting, to a user interface of the receiver unit, a first indication associated with the detected predefined alarm condition during the execution of the predetermined routine; and outputting, to the user interface of the receiver unit, a second indication associated with the detected predefined alarm condition; wherein the second indication is output after the completion of the execution of the predetermined routine; the predetermined routine is executed without interruption during the outputting of the first indication; the first indication includes a temporary indicator and, further, the second indication includes a predetermined alarm associated with the detected predefined alarm condition; and the predetermined routine includes one or more processes that interface with the user interface of the receiver unit. the second indication is output after the completion of the execution of the predetermined routine; the predetermined routine is executed without interruption during the outputting of the first indication; the first indication includes a temporary indicator and, further, the second indication includes a predetermined alarm associated with the detected predefined alarm condition; and the predetermined routine includes one or more processes that interface with the user interface of the receiver unit.
Cooling device for cooling components, comprising: - a baseplate which can be connected in a heat-conducting manner to a component to be cooled, - a deflection region, - an intermediate region between the baseplate and the deflection region, and - a cooling element, which is of meandering design and has a plurality of central segments and a plurality of deflection segments, - wherein the central segments each extend from the baseplate to the deflection region, - wherein the deflection segments each create a reversal of direction within the baseplate and within the deflection region and connect two respective central segments to one another, - wherein the cooling element is filled with a working medium which is present simultaneously in the gaseous and the liquid state in the cooling element, and - wherein the central segments have a multiplicity of channels, wherein the cooling element is formed in one piece as a multichannel tube bent in a meandering shape. - a baseplate which can be connected in a heat-conducting manner to a component to be cooled, - a deflection region, - an intermediate region between the baseplate and the deflection region, and - a cooling element, which is of meandering design and has a plurality of central segments and a plurality of deflection segments, - wherein the central segments each extend from the baseplate to the deflection region, - wherein the deflection segments each create a reversal of direction within the baseplate and within the deflection region and connect two respective central segments to one another, - wherein the cooling element is filled with a working medium which is present simultaneously in the gaseous and the liquid state in the cooling element, and - wherein the central segments have a multiplicity of channels, wherein the cooling element is formed in one piece as a multichannel tube bent in a meandering shape.
A kit for assessing radiosensitivity of acell, comprising reagents selected from the group consisting of probes, primers, antibodies and aptamers for detecting expression of aplurality genes indicative of radiosensitivity and/or radioresistance, wherein i) said genes are the 51 genes in Table 6; and ii) said kit does not include reagents for analyzing other markers than said 51 genes in said Table 6. i) said genes are the 51 genes in Table 6; and ii) said kit does not include reagents for analyzing other markers than said 51 genes in said Table 6.
An autonomous valve assembly for the regulation and elevation of the pressure in pneumatic equipment, being an assembly of the type that comprises an air-regulating body with an compressed air inlet, connected to a source of compressed air, a valve body connected to said regulating body to receive compressed air from it and which includes an air diverter plunger with reciprocating movement to cyclically divert the compressed air through connection ducts to a pressurization plunger assembly (9A, 5, 9B) with reciprocating movement within a pressurization casing (20A, 20B) defining external pressurization chambers (8A, 8B) and internal pressurization chambers (7A, 7B), inside of which the compressed air provided in said air inlet is compressed and the pressure is elevated above the pressure at the point of entry, said pressurization plunger assembly including a rod that is slidingly mounted within a duct of said valve body, which crosses the valve body, connecting said internal pressurization chambers (7A, 7B), presenting said rod 5, at its ends, two pressurization plungers (9A, 9B) that sealingly slide within said air pressurization casing (20A, 20B), said rod being slidingly mounted using said valve body, said valve body having inlet valves (14A, 14B), to channel the highly-compressed air for its posterior usage and outlet valves (14C, 14D) for the outlet of the air whose pressure has been increased, and valve plungers (16A, 16B), to cyclically direct the air towards said diverter plunger to make said diverter plunger move cyclically with reciprocating movement, said autonomous valve assembly being characterized by: said air regulation body consisting of a first air pressure regulator adjusted to a first pressure and a second air pressure regulator adjusted to a second pressure, being mounted between said pressure regulators (45, 46) a selection switch to activate one of the two pressure regulators. said air regulation body consisting of a first air pressure regulator adjusted to a first pressure and a second air pressure regulator adjusted to a second pressure, being mounted between said pressure regulators (45, 46) a selection switch to activate one of the two pressure regulators.
Burner unit comprising a gas inlet, a gas outlet, and at least one porous element, having a gas inlet side (4.1) and a gas outlet side (4.2), wherein the combustion takes place in the at least one porous element, and at least one motor-driven compressor, characterised in that a collecting element and outlet element having at least two openings (13, 14) are arranged downstream of the porous element in the flow direction, wherein the at least two openings end on different height planes A, B going out from the gas outlet side of the porous element.
A device for sealing between the coaxial shafts of a turbomachine including an annular seal able to perform sealing by contact with the outer shaft, said device being characterised in that it includes lubricating means able to lubricate the region of contact between said annular seal and said outer shaft, and wherein the contact between said annular seal and said outer shaft is ensured by hydraulic means (22, 21) formed by a cylinder secured on the inner shaft and cooperating with a plurality of pistons so as to exert a strain onto said annular seal.
A component carrier (200, 300, 400) comprising a first component carrier portion (110a, 110b) having a blind opening; a component (250, 350, 450) arranged in the blind opening; and a second component carrier portion (230, 330, 430) at least partially filling the blind opening; wherein the second component carrier portion (230, 330, 430) comprises a flexible component carrier material; wherein the first component carrier portion (110a, 110b) and the second component carrier portion (230, 330, 430) form a stack of a plurality of electrically insulating layer structures (114, 116) and/or electrically conductive layer structures (112, 119, 118); wherein the component carrier (200, 300, 400) is a rigid-flex component carrier, and, along a main plane being perpendicular to planes of the layer structures (114, 116, 112, 119, 118), two rigid component carrier regions are connected with each other via a flexible component carrier region, wherein the component (250, 350, 450) is embedded in the flexible component carrier region, wherein the component carrier (200, 300, 400) has a bendability such that it can be bent to bring the two rigid component carrier regions in parallel one above the other, while being connected with the flexible component carrier region, and wherein the component (250, 350, 450) is bendable such that it follows the bendability of the component carrier (200, 300, 400). a first component carrier portion (110a, 110b) having a blind opening; a component (250, 350, 450) arranged in the blind opening; and a second component carrier portion (230, 330, 430) at least partially filling the blind opening; wherein the second component carrier portion (230, 330, 430) comprises a flexible component carrier material; wherein the first component carrier portion (110a, 110b) and the second component carrier portion (230, 330, 430) form a stack of a plurality of electrically insulating layer structures (114, 116) and/or electrically conductive layer structures (112, 119, 118); wherein the component carrier (200, 300, 400) is a rigid-flex component carrier, and, along a main plane being perpendicular to planes of the layer structures (114, 116, 112, 119, 118), two rigid component carrier regions are connected with each other via a flexible component carrier region, wherein the component (250, 350, 450) is embedded in the flexible component carrier region, wherein the component carrier (200, 300, 400) has a bendability such that it can be bent to bring the two rigid component carrier regions in parallel one above the other, while being connected with the flexible component carrier region, and wherein the component (250, 350, 450) is bendable such that it follows the bendability of the component carrier (200, 300, 400).
An apparatus for non-contact examination of an eye, the apparatus comprising, for illuminating and imaging the eye, an apparatus objective of a positive optical power and a positive spherical aberration and a secondary lens unit; wherein the apparatus objective is common to the imaging and the illumination the optical paths the apparatus objective is configured to have an image plane of an exit pupil of the illumination and an image plane of an entrance pupil of the imaging within the eye, an image of the exit pupil of the illumination on said image plane of said exit pupil and an image of said entrance pupil on said image plane of said entrance pupil being distorted by the positive spherical aberration, and illuminate and image an angle wider than a cross section of the zone I of the retinal vasculature said zone I being defined as having a radius two times the distance between the center of the optic disc and the center of the macula; the apparatus is configured to separate the optical paths of the imaging and illumination at least on frontal and rear surfaces (125, 126) of the crystalline lens by deviation of the imaging and illumination optical paths from each other, cross sections of the optical paths on the frontal and rear surfaces (125, 126) of the crystalline lens being fully illuminated areas (300, 302) side by side; and the secondary lens unit is located behind the apparatus objective in the optical path in a direction of the imaging, is configured to modify at least one of the following optical features: lateral color aberration, astigmatism, field curvature and coma caused by the apparatus objective, and focus the imaging radiation modified by the secondary lens unit on an image sensor for forming an image of a retina of the eye.
An external processor device, for an implantable prosthetic system, the device comprising: an external processor housing having a generally planar skin contacting surface and a central axis perpendicular to the skin contacting surface; a signal processor within the processor housing for developing an implant data signal; a transmitter coil within the processor housing for coupling the implant data signal across the skin to the implantable prosthetic system; and a battery compartment within the processor housing in an annular region around the central axis containing a battery arrangement (214, 701) to provide electrical power to the signal processor and the transmitter coil, characterised in that the battery arrangement (214, 701) forms a complete annular ring or a partial annular ring around the central axis, and in that it includes a plurality of battery cells, each battery cell occupying a respective annular section within the battery compartment. an external processor housing having a generally planar skin contacting surface and a central axis perpendicular to the skin contacting surface; a signal processor within the processor housing for developing an implant data signal; a transmitter coil within the processor housing for coupling the implant data signal across the skin to the implantable prosthetic system; and a battery compartment within the processor housing in an annular region around the central axis containing a battery arrangement (214, 701) to provide electrical power to the signal processor and the transmitter coil, characterised in that the battery arrangement (214, 701) forms a complete annular ring or a partial annular ring around the central axis, and in that it includes a plurality of battery cells, each battery cell occupying a respective annular section within the battery compartment.
A pharmaceutical composition for use in a method of treating metabolic acidosis through oral administration of said pharmaceutical composition, said composition comprising a proton-binding, crosslinked amine polymer comprising the residue of an amine corresponding to Formula 1: wherein R 1, R 2 and R 3 are independently hydrogen, hydrocarbyl, substituted hydrocarbyl provided, however, at least one of R 1, R 2 and R 3 is other than hydrogen, the crosslinked amine polymer has an equilibrium swelling ratio in deionized water of 5 or less; the crosslinked amine polymer binds a molar ratio of chloride ions to interfering ions of at least 0.35:1, respectively, in an interfering ion buffer at 37°C wherein the interfering ions are phosphate ions and the interfering ion buffer is a buffered solution at pH 5.5 of 36mM chloride and 20mM phosphate.
An airbag device for a saddle-type vehicle comprising: a retainer that is configured to be provided in front of a seat for a rider; an inflator; and an airbag that is housed in the retainer, is inflated by means of a gas discharged from the inflator and is configured to be deployed in front of the rider, characterized in that the retainer comprises a deflection part that deflects the gas discharged from the inflator into the airbag from a flow in a left-right direction of the vehicle to a flow in an upward direction of the vehicle when the airbag device is installed on the vehicle, the deflection part comprises a left-right extending part extending in the left-right direction from the inflator side and an upward extending part extending in the upward direction from the left-right extending part to form an L-shaped passage, and a guide (95, 295, 395) that protrudes into the passage is provided to guide deployment of the airbag.
Three-way medical connector comprising a body having a tubular central part from which connection portions (10, 11, 12) project radially, a first and a second input connection portion being able to receive fluids, at least one of these fluids being administered to a patient through a third, output connection portion, inside a cavity of said tubular central part there being disposed such as to rotate a tubular valve element with a perimetrical groove which can put at least one out of said first and second connection portions (10, 11) selectively into communication with the third connection portion, inside said second connection portion there being provided a washing bulkhead or flow deflector which can direct a washing fluid obtained from the first connection portion into said second connection portion, said washing bulkhead or deflector being an autonomous element relative to the body of the connector, characterised in that the deflector or washing bulkhead projects into the cavity of the tubular central part of the body of the connector where the rotary tubular valve element is present, said deflector comprising a body having a first end and a second end, said body being disposed inside said second connection portion and along the longitudinal axis of this second portion, the first end projecting into the cavity of the tubular central part of the body of the connector and into the perimetrical groove of the tubular valve element, the second end being at least partly resiliently deformable and connected to an inner wall of said second connection portion so as to allow the deflector member to move within the second connection portion.
A catheter system, comprising: • a laser catheter provided with a fibre bundle of optical fibres having distal ends defining a light emitting surface for emitting a pulsating light beam in the distal direction of the catheter; and • a laser apparatus, comprising one or more lasers for supplying light to the optical fibres, wherein the laser apparatus is an excimer laser providing ultraviolet light in the range of 240-340 nm; wherein the pulsating light beam has a pulsating frequency in the range of 25-80 Hz; wherein the pulsating light beam has a pulse width in the range of 50-300 ns at F.W.H.M; wherein the system is preset or adjusted for emitting a pulsating light beam with an ablation power of at least 40 mJ/mm 2 per pulse at the location of the light emitting surface; wherein the catheter system further comprises a timing device for setting emitting intervals T1, T2) and break intervals at predefined time values; and wherein the catheter system is arranged to emit the pulsating light beam during said at least two emitting intervals (T1, T2), wherein each two consecutive emitting intervals (T1, T2) are separated by a break interval of at least 1 s, during which emitting the pulsating light beam is interrupted. • a laser catheter provided with a fibre bundle of optical fibres having distal ends defining a light emitting surface for emitting a pulsating light beam in the distal direction of the catheter; and • a laser apparatus, comprising one or more lasers for supplying light to the optical fibres, wherein the laser apparatus is an excimer laser providing ultraviolet light in the range of 240-340 nm;
A high strength galvanized steel sheet exhibiting excellent fatigue property, the steel sheet having a composition containing by mass% 0.03 to 0.15% C, 2.00% or less Si, 1.0 to 2.5% Mn, 0.050% or less P, 0.0100% or less S, 0.050% or less Al, 0.0050% or less N, 0.010 to 0.100% Ti, 0.010 to 0.100% Nb, 0.0010 to 0.0100% Sb, and Fe and unavoidable impurities as a balance, wherein the microstructure includes a ferrite phase having an average grain diameter of 15μm or less and an area fraction of 60% or more and a martensite phase having an area fraction of 5 to 40%, and an amount of one or more kinds of oxide selected from a group consisting of Fe, Si, Mn, Al, P, Nb and Ti generated in a surface layer portion of the steel sheet within a range from a surface of a base steel sheet directly below a galvanized layer to 100μm away from the surface in a direction of steel-sheet-side depth is less than 0.060g/m 2 per one-side surface of the steel sheet.
A carbon nanotube fiber having a tensile strength exceeding 5 GPa which is measured by applying a strain of 0.0027/s to a 10 mm long fiber sample; wherein the wall surfaces of the carbon nanotubes that compose the carbon nanotube fiber are cross-linked to each other; wherein the cross-linking results from an acylation reaction between the wall surfaces of the carbon nanotubes; and wherein the acylation reaction is a one-step reaction without undergoing surface modification of the carbon nanotubes.
A multicast packet processing method, applied to a point-to-multipoint P2MP-based bit index explicit replication BIER multicast tree, where an intermediate node of the multicast tree supports to use P2MP to forward a BIER packet, wherein the method comprises: receiving, by the intermediate node, a first BIER packet, wherein the first BIER packet comprises a first label; obtaining, by the intermediate node according to the first label, a second label corresponding to the multicast tree comprising the intermediate node, wherein the second label is a label of a downstream node of the intermediate node; and obtaining, by the intermediate node, a second BIER packet according to the second label and the first BIER packet, and sending the second BIER packet, wherein the second BIER packet comprises the second label; wherein the obtaining, by the intermediate node according to the first label, a second label corresponding to the multicast tree comprises: obtaining, by the intermediate node according to the first label, a first identifier corresponding to the first label, wherein the first identifier is used to identify the multicast tree; and obtaining, by the intermediate node according to the first identifier, the second label corresponding to the first identifier. receiving, by the intermediate node, a first BIER packet, wherein the first BIER packet comprises a first label; obtaining, by the intermediate node according to the first label, a second label corresponding to the multicast tree comprising the intermediate node, wherein the second label is a label of a downstream node of the intermediate node; and obtaining, by the intermediate node, a second BIER packet according to the second label and the first BIER packet, and sending the second BIER packet, wherein the second BIER packet comprises the second label; wherein the obtaining, by the intermediate node according to the first label, a second label corresponding to the multicast tree comprises: obtaining, by the intermediate node according to the first label, a first identifier corresponding to the first label, wherein the first identifier is used to identify the multicast tree; and obtaining, by the intermediate node according to the first identifier, the second label corresponding to the first identifier. obtaining, by the intermediate node according to the first label, a first identifier corresponding to the first label, wherein the first identifier is used to identify the multicast tree; and obtaining, by the intermediate node according to the first identifier, the second label corresponding to the first identifier.