mhurhangee/ep-ind-claims huggingface dataset:
A hemostasis valve for use with a medical introducer, the valve comprising: a housing comprising a first opening in a proximal end of the housing, a second opening in a distal end of the housing, and a passageway extending between the first and second openings, the first and second openings and the passageway each being configured for the passage of an elongate medical device there through; a connector disposed on the distal end of the housing and in communication with the second opening, the connector configured for attachment to the medical introducer; a valve member disposed within the housing and configured to prevent the leakage of blood from the adapter; and a side port disposed on the housing and configured to be attached to a source of flushing fluid, characterised in that the side port is fluidly connected to the passageway by one or more conduits extending along a side of the housing, the conduits comprising a plurality of tubes disposed within a wall of the housing or being disposed along the surface of a wall of the housing and being configured to direct the flushing fluid to a proximal portion of the passageway adjacent to the first opening and proximal of the valve members. a housing comprising a first opening in a proximal end of the housing, a second opening in a distal end of the housing, and a passageway extending between the first and second openings, the first and second openings and the passageway each being configured for the passage of an elongate medical device there through; a connector disposed on the distal end of the housing and in communication with the second opening, the connector configured for attachment to the medical introducer; a valve member disposed within the housing and configured to prevent the leakage of blood from the adapter; and a side port disposed on the housing and configured to be attached to a source of flushing fluid, characterised in that the side port is fluidly connected to the passageway by one or more conduits extending along a side of the housing, the conduits comprising a plurality of tubes disposed within a wall of the housing or being disposed along the surface of a wall of the housing and being configured to direct the flushing fluid to a proximal portion of the passageway adjacent to the first opening and proximal of the valve members.
A dishwasher for treating dishes according to an automatic cycle of operation, the dishwasher comprising: a tub at least partially defining a treating chamber receiving dishes for treatment; a spray system providing treating liquid to the treating chamber; an upper dish rack (120, 220) located in the tub and having a substantially horizontal bottom wall (128, 228) and at least a side wall (122, 222) extending upwardly from the bottom wall (128, 228), with a depending portion (142, 242) extending downwardly from the bottom wall (128, 228) to define a nook below the bottom wall (128, 228) and the depending portion (142, 242) is oriented at an angle to the bottom wall (128, 228) to define an incline angle; and at least one spray tube (132, 232) carried by the dish rack (120, 220) and located below the bottom wall (128, 228), the spray tube (132, 232) having nozzles (138, 238A, 238B) emitting spray into the depending portion (142, 242); whereby the dish rack (120, 220) has a low profile with the height of the side wall (122, 222) being less than the vertical height of the depending portion (142, 242) a tub at least partially defining a treating chamber receiving dishes for treatment; a spray system providing treating liquid to the treating chamber; an upper dish rack (120, 220) located in the tub and having a substantially horizontal bottom wall (128, 228) and at least a side wall (122, 222) extending upwardly from the bottom wall (128, 228), with a depending portion (142, 242) extending downwardly from the bottom wall (128, 228) to define a nook below the bottom wall (128, 228) and the depending portion (142, 242) is oriented at an angle to the bottom wall (128, 228) to define an incline angle; and at least one spray tube (132, 232) carried by the dish rack (120, 220) and located below the bottom wall (128, 228), the spray tube (132, 232) having nozzles (138, 238A, 238B) emitting spray into the depending portion (142, 242); whereby the dish rack (120, 220) has a low profile with the height of the side wall (122, 222) being less than the vertical height of the depending portion (142, 242)
A process for producing olefin-based polymer comprising: providing a gas phase polymerization reactor comprising a distributor plate and a fluidizing medium having a dew point temperature, the fluidizing medium comprising one or more olefin monomers and from 5 wt % to 25 wt % of a condensed liquid; forming, in the reactor, a wet zone by maintaining a temperature less than or equal to the DPT + 2°C in a region in the reactor defined as extending from the distributor plate to 2.5 meters above the distributor plate; injecting a catalyst composition into the wet zone, the catalyst composition having a catalyst activity greater than 50 ton/kg; contacting, in the wet zone under gas phase polymerization conditions, the catalyst composition with the one more monomers of the fluidizing medium; and forming particles of olefin-based polymer having a settled bulk density greater than 376.4 kg/m 3 (23.5 lb/ft 3). providing a gas phase polymerization reactor comprising a distributor plate and a fluidizing medium having a dew point temperature, the fluidizing medium comprising one or more olefin monomers and from 5 wt % to 25 wt % of a condensed liquid; forming, in the reactor, a wet zone by maintaining a temperature less than or equal to the DPT + 2°C in a region in the reactor defined as extending from the distributor plate to 2.5 meters above the distributor plate; injecting a catalyst composition into the wet zone, the catalyst composition having a catalyst activity greater than 50 ton/kg; contacting, in the wet zone under gas phase polymerization conditions, the catalyst composition with the one more monomers of the fluidizing medium; and forming particles of olefin-based polymer having a settled bulk density greater than 376.4 kg/m 3 (23.5 lb/ft 3).
A colored translucent zirconia sintered body, containing an iron compound and from 2 to 4 mol% of yttria, and showing a lightness L ∗ of from 51 to 80 in L ∗ a ∗ b ∗ color system, characterized by containing from 0.01 to 0.15 wt% of alumina, having a content of the iron compound of less than 2,000 ppm as calculated as Fe 2 O 3, having a relative density of at least 99.80%, and having a total light transmittance of at least 20% as measured at a sample thickness of 1 mm and with a D65 light source. characterized by containing from 0.01 to 0.15 wt% of alumina, having a content of the iron compound of less than 2,000 ppm as calculated as Fe 2 O 3, having a relative density of at least 99.80%, and having a total light transmittance of at least 20% as measured at a sample thickness of 1 mm and with a D65 light source.
A method for channel inspection in a communication system, the method comprising: conducting a full inspection on a first channel carrying a first signal, the full inspection comprising, determining a location of a first synchronization message; and determining whether the first signal is of interest; upon determining that the first signal is not of interest, marking the first channel to cause a partial inspection to be conducted on the first channel upon next returning to the first channel, wherein the marking includes remembering the location of the first synchronization message; leaving the first channel and determining an expected location of a second synchronization message on the first channel based on the location of the first synchronization message; returning to the first channel, and conducting a partial inspection on the first channel carrying a second signal, the partial inspection comprising, detecting whether the second synchronization message is present at the expected location, wherein the presence of the second synchronization message indicates that the second signal is not of interest. conducting a full inspection on a first channel carrying a first signal, the full inspection comprising, determining a location of a first synchronization message; and determining whether the first signal is of interest; determining a location of a first synchronization message; and determining whether the first signal is of interest; upon determining that the first signal is not of interest, marking the first channel to cause a partial inspection to be conducted on the first channel upon next returning to the first channel, wherein the marking includes remembering the location of the first synchronization message; leaving the first channel and determining an expected location of a second synchronization message on the first channel based on the location of the first synchronization message; returning to the first channel, and conducting a partial inspection on the first channel carrying a second signal, the partial inspection comprising, detecting whether the second synchronization message is present at the expected location, wherein the presence of the second synchronization message indicates that the second signal is not of interest.
A multilayer ceramic capacitor, comprising: a ceramic laminate including a plurality of ceramic layers internal electrodes (4, 5) formed along specific interfaces between the ceramic layers inside the ceramic laminate; and external electrodes (6, 7) formed on outer surfaces of the ceramic laminate and electrically connected to specific internal electrodes (4, 5), the internal electrodes (4, 5) containing Ni or a Ni alloy, the external electrodes (6, 7) including resistive electrode layers contacting the ceramic laminate and the specific internal electrodes (4, 5), the resistive electrode layers, containing a complex oxide which generates an intermetallic compound with the Ni or Ni alloy, in a proportion of 26 to 79% by weight, a glass component in a proportion of 20 to 56% by weight, and metal, which forms a solid solution or a compound with the Ni or Ni alloy, in a proportion of 1 to 18% by weight. a ceramic laminate including a plurality of ceramic layers internal electrodes (4, 5) formed along specific interfaces between the ceramic layers inside the ceramic laminate; and external electrodes (6, 7) formed on outer surfaces of the ceramic laminate and electrically connected to specific internal electrodes (4, 5), the internal electrodes (4, 5) containing Ni or a Ni alloy, the external electrodes (6, 7) including resistive electrode layers contacting the ceramic laminate and the specific internal electrodes (4, 5), the resistive electrode layers, containing a complex oxide which generates an intermetallic compound with the Ni or Ni alloy, in a proportion of 26 to 79% by weight, a glass component in a proportion of 20 to 56% by weight, and metal, which forms a solid solution or a compound with the Ni or Ni alloy, in a proportion of 1 to 18% by weight.
Water-insoluble, matrix tablets capable of releasing one or more active ingredients into the body over an extended time period and containing at least one active ingredient which may be subject to drug abuse dispersed within a compression matrix, said matrix consisting of a mixture of microcrystalline cellulose and [polyvinyl acetate/polyvinylpyrrolidone (80:20)], characterized in that: - said active ingredient represents 10 to 50 weight % of the total weight of the tablet, - said compression matrix represents 50 to 98 weight % of the total weight of said tablet, advantageously 85 to 95 %, - said mixture of microcrystalline cellulose and [polyvinyl acetate/polyvinylpyrrolidone (80:20)] represents 40 to 100 %, advantageously 50 to 90 weight % of the total weight of the matrix, and obtained by applying compression forces comprised between 10 kN and 160 kN. - said active ingredient represents 10 to 50 weight % of the total weight of the tablet, - said compression matrix represents 50 to 98 weight % of the total weight of said tablet, advantageously 85 to 95 %, - said mixture of microcrystalline cellulose and [polyvinyl acetate/polyvinylpyrrolidone (80:20)] represents 40 to 100 %, advantageously 50 to 90 weight % of the total weight of the matrix, and obtained by applying compression forces comprised between 10 kN and 160 kN.
A fitment (20, 20A) for use with a flexible, collapsible container having an opening to the container interior, said fitment (20, 20A) comprising: a. an elongate body (24, 24A) for being sealed at the opening of a flexible, collapsible container, said body (24, 24A) having i. an inner end, ii. an outer end, iii. a height defined between said inner end and said outer end, iv. an access passage extending between said inner end and said outer end for communicating with the container interior, and v. a sealing portion (36, 36A) for being attached to the container interior, said sealing portion (36, 36A) having a major dimension generally oriented transversely of said height; characterized by further comprising b. a pour lip (46, 46A) that i. extends from said outer end of said body (24, 24A), ii. projects laterally relative to said access passage, and iii. defines a pour path, characterized in that said pour lip (46, 46A) has an interior surface that includes: a. a concave portion; and b. a convex portion, said convex portion being located further outwardly than said concave portion, wherein said pour lip (46, 46A) extends only partially along a perimeter of said access passage. a. an elongate body (24, 24A) for being sealed at the opening of a flexible, collapsible container, said body (24, 24A) having i. an inner end, ii. an outer end, iii. a height defined between said inner end and said outer end, iv. an access passage extending between said inner end and said outer end for communicating with the container interior, and v. a sealing portion (36, 36A) for being attached to the container interior, said sealing portion (36, 36A) having a major dimension generally oriented transversely of said height; characterized by further comprising i. an inner end, ii. an outer end, iii. a height defined between said inner end and said outer end, iv. an access passage extending between said inner end and said outer end for communicating with the container interior, and v. a sealing portion (36, 36A) for being attached to the container interior, said sealing portion (36, 36A) having a major dimension generally oriented transversely of said height; characterized by further comprising b. a pour lip (46, 46A) that i. extends from said outer end of said body (24, 24A), ii. projects laterally relative to said access passage, and iii. defines a pour path, i. extends from said outer end of said body (24, 24A), ii. projects laterally relative to said access passage, and iii. defines a pour path, a. a concave portion; and b. a convex portion, said convex portion being located further outwardly than said concave portion,
Method for validating a sterilisation process of an item, in particular a product or a device intended for healthcare, allowing one to validate the level of assurance of the sterility reached with said sterilisation process, characterised in that it consists in carrying out a first step of contaminating a container receiving the item with more than 10 5 living cells from micro-organisms, then carrying out a first sterilisation cycle using the selected process, then opening the container to contaminate it again with more than 105 living cells from micro-organisms, then carrying out a second sterilisation cycle using the same process and, finally, in verifying the sterility of the container after the first cycle and after the second cycle of sterilisation.
Master cylinder for a hydraulic brake, comprising a compensating chamber (170, 270, 370, 470, 570), a cylinder (140, 240, 340, 440, 540) in which a piston (150, 250, 350, 450, 550) is movably arranged, a pressure chamber (130, 230, 330, 430, 530), which is arranged in the cylinder and is connected to the compensating chamber via at least one connecting opening, and a gasket (160, 260, 360, 460, 560) for disconnecting the connection between the pressure chamber (130, 230, 330, 430, 530) and the compensating chamber (170, 270, 370, 470, 570), characterized in that the gasket (160, 260, 360, 460, 560) seals the compensating chamber (170, 270, 370, 470, 570) and the pressure chamber (130, 230, 330, 430, 530) against the environment.
A wire rope with resin wire (1, 301), comprising: a wire rope body (2, 302) in which a plurality of strands (5a, 5b, 5c) are twisted together; and at least one resin wire (3, 303) spirally wound around the wire rope body (2, 302) along a recess between the strands (5a, 5b, 5c); characterized in that the resin wire (3, 303) is made up of a core material coated with a resin, wherein the core material is made up of a copper wire or nichrome wire and generates heat by being energized, and wherein the resin contains a phosphorescent agent and the wire rope with resin wire (1, 301) has enhanced visibility for achieving a gaze guidance effect. a wire rope body (2, 302) in which a plurality of strands (5a, 5b, 5c) are twisted together; and at least one resin wire (3, 303) spirally wound around the wire rope body (2, 302) along a recess between the strands (5a, 5b, 5c); the resin wire (3, 303) is made up of a core material coated with a resin, wherein the core material is made up of a copper wire or nichrome wire and generates heat by being energized, and wherein the resin contains a phosphorescent agent and the wire rope with resin wire (1, 301) has enhanced visibility for achieving a gaze guidance effect.
Mechanical link member comprising successively in a longitudinal axis of symmetry a first free end zone and a second end zone which is to be welded to a given tube by a magnetic pulse welding device, the first end zone comprising a first collar inscribed in a circle having a first diameter, said magnetic pulse welding device comprising an inductor extending radially from an inner annular face able to be facing the second end zone, said inductor having a tapered face connected to the inner face at an interface circle, said tapered face being able to face the first collar, said tapered face being separated from a reference plane (Pref) by an acute reference angle (α), said reference plane (Pref) containing said interface circle, where said second end zone comprises a link ring which extends longitudinally from said reference plane (Pref), the link ring being designed to be inserted in said tube to be welded to the tube, said mechanical link member comprising a martyr collar called "second collar ", said second collar being connected to the first collar by a central ring which has a central diameter, said second collar being inscribed in a circle having a second diameter (∅Col) which is less than the first diameter, said mechanical link member comprising an undercut groove, said undercut groove extending in an axis of symmetry between the second collar and said link ring over a length called "groove length ", the undercut groove not being designed to be covered by said tube, the second diameter (∅Col) being a function at least of said groove length and a predetermined distance (Li) having to separate said second collar and said tapered face, characterised by the link ring being inscribed in a circle having a diameter (∅brid) which is less than the second diameter (∅Col) said central diameter being less than the first diameter and the second diameter (∅Col) and the diameter (∅brid) of said circle and less than an inner diameter of the link ring, the undercut groove having a diameter that is less than the diameter (∅brid) of said circle and greater than the central diameter.
An aircraft comprising a fuselage, and a forward-swept wing in shoulder-wing configuration with a portside wing section and a starboard side wing section, each one of the portside and starboard side wing sections (161, 164) comprising a wing root (162, 165) that is connected to the fuselage, and a wing tip (163, 166), wherein the portside wing section comprises a portside longitudinal front spar and a portside longitudinal rear spar which extend from the wing root of the portside wing section to the wing tip of the portside wing section, wherein the starboard side wing section comprises a starboard side longitudinal front spar and a starboard side longitudinal rear spar which extend from the wing root of the starboard side wing section to the wing tip of the starboard side wing section, characterized in that a center wing section is formed in an upper portion of the fuselage and interconnects the portside wing section and the starboard side wing section of the forward-swept wing, wherein the center wing section comprises a center wing spar that is attached to the portside longitudinal front spar, the portside longitudinal rear spar, the starboard side longitudinal front spar, and the starboard side longitudinal rear spar, and wherein the center wing spar comprises a center spar web with a lower cap and an upper flange.
A method of correcting a clock in a clock device, the method comprising: determining, with global navigation satellite system, GNSS, support, asymmetry time error estimates for a plurality of network paths, wherein each of the network paths is used to communicate messages between another clock device and the clock device, and wherein the clock in the clock device and a clock in the other clock device are aligned to the GNSS; storing each determined asymmetry time error estimate and an associated signature in a table, the associated signature comprising at least one of a roundtrip delay estimate and transit delay estimates, said transit delay estimates being determined with and without on-path support for one of the network paths that is associated with the asymmetry time error estimate; determining if the table includes an entry associated with a given network path based on a corresponding signature determined from timing packets received over the given network path; if the table includes the entry associated with the given network path, correcting, based on an asymmetry time error estimate of the entry, a time delay estimated using the timing packets received over the given network path; and correcting the clock based on the corrected time delay estimate and time contained in the timing packets. determining, with global navigation satellite system, GNSS, support, asymmetry time error estimates for a plurality of network paths, wherein each of the network paths is used to communicate messages between another clock device and the clock device, and wherein the clock in the clock device and a clock in the other clock device are aligned to the GNSS; storing each determined asymmetry time error estimate and an associated signature in a table, the associated signature comprising at least one of a roundtrip delay estimate and transit delay estimates, said transit delay estimates being determined with and without on-path support for one of the network paths that is associated with the asymmetry time error estimate; determining if the table includes an entry associated with a given network path based on a corresponding signature determined from timing packets received over the given network path; if the table includes the entry associated with the given network path, correcting, based on an asymmetry time error estimate of the entry, a time delay estimated using the timing packets received over the given network path; and correcting the clock based on the corrected time delay estimate and time contained in the timing packets.