mhurhangee/ep-ind-claims huggingface dataset:
A respiratory apparatus, comprising: a first gas inlet for supplying a first gas to the respiratory apparatus; a second gas inlet connectable to a pressurized gas source to supply a pressurized gas; a mixing chamber for mixing the first gas and the pressurized gas; and a noise-damping member disposed downstream of the mixing chamber; wherein the mixing chamber further comprises a gas outlet for discharging a mixed stream of gas towards a humidifying chamber; characterized in that wherein the respiratory apparatus further comprises a flow sensor for determining a flow rate of the mixed stream of gas towards the humidifying chamber; and wherein the noise-damping member is cylindrical, and has a cylindrical body insertable into the flow sensor and an end portion with a diameter greater than the diameter of the cylindrical body. wherein the mixing chamber further comprises a gas outlet for discharging a mixed stream of gas towards a humidifying chamber; characterized in that wherein the respiratory apparatus further comprises a flow sensor for determining a flow rate of the mixed stream of gas towards the humidifying chamber; and wherein the noise-damping member is cylindrical, and has a cylindrical body insertable into the flow sensor and an end portion with a diameter greater than the diameter of the cylindrical body.
A reclosable package (200, 300) configured to contain a plurality of consumable products, the package comprising: a) a flexible film blank (100, 400) having a flap portion (106, 306, 406), a back portion (110, 410) and a front portion (114, 314, 414), wherein the flap portion, the back portion and the front portion are contiguously formed portions of the flexible film blank; b) a pocket formed by the cooperation of an inner surface of the front portion and an inner surface of the back portion along a first fold line, wherein a top edge of the front portion of the pocket defines an opening at the top of the pocket; c) the flap portion secured to the pocket on the outer surface of the front portion after being folded along a second fold line to cover the opening; d) a heat seal (302, 402) disposed on the package below the top edge of the front portion and configured to secure the flap portion to the outer surface of the front portion, wherein the heat seal allows the flap portion to be manually uncoupled from the front portion; and e) a reclose feature (304, 404) disposed on the package and configured to selectively recouple the flap portion to the outer surface of the front portion. a) a flexible film blank (100, 400) having a flap portion (106, 306, 406), a back portion (110, 410) and a front portion (114, 314, 414), wherein the flap portion, the back portion and the front portion are contiguously formed portions of the flexible film blank; b) a pocket formed by the cooperation of an inner surface of the front portion and an inner surface of the back portion along a first fold line, wherein a top edge of the front portion of the pocket defines an opening at the top of the pocket; c) the flap portion secured to the pocket on the outer surface of the front portion after being folded along a second fold line to cover the opening; d) a heat seal (302, 402) disposed on the package below the top edge of the front portion and configured to secure the flap portion to the outer surface of the front portion, wherein the heat seal allows the flap portion to be manually uncoupled from the front portion; and e) a reclose feature (304, 404) disposed on the package and configured to selectively recouple the flap portion to the outer surface of the front portion.
A conduit device for a heart tissue wall, comprising: an outer tube defining a guide aperture extending axially therethrough; an attaching device extending from a distal end of the outer tube, wherein the attaching device is configured for advancing along a helical path at least partially through the heart tissue wall, disposing at least a portion of the attaching device substantially between a first surface and an opposing second surface of the heart tissue wall when the outer tube is rotated relative to the first surface of the heart tissue wall; and a ring operably engaged about an outer surface of the outer tube and configured for receiving at least a portion of the heart tissue wall between the ring and the attaching device; characterized in that the attaching device comprises at least one helical coil comprising a sharpened distal end adapted for piercing the heart tissue wall when the outer tube is rotated relative to the first surface of the tissue wall. an outer tube defining a guide aperture extending axially therethrough; an attaching device extending from a distal end of the outer tube, wherein the attaching device is configured for advancing along a helical path at least partially through the heart tissue wall, disposing at least a portion of the attaching device substantially between a first surface and an opposing second surface of the heart tissue wall when the outer tube is rotated relative to the first surface of the heart tissue wall; and a ring operably engaged about an outer surface of the outer tube and configured for receiving at least a portion of the heart tissue wall between the ring and the attaching device; characterized in that the attaching device comprises at least one helical coil comprising a sharpened distal end adapted for piercing the heart tissue wall when the outer tube is rotated relative to the first surface of the tissue wall.
Charging device for charging a pneumatic pressure accumulator located in a charging position of the charging device with a pressurised gas from a pressurised-gas source, the pressure accumulator being designed to provide pressurised gas to a firearm designed for training purposes in order to simulate recoil of the firearm, the charging device comprising an outlet opening that leads into the charging position and that comprises a pneumatic valve that controls the flow through the outlet opening, the pneumatic valve being in a flow position in which the pressurised gas can enter the pressure accumulator via the outlet opening when the pressurised gas is fed in from the pressurised-gas source and when the pressure accumulator is arranged in the charging position and the pneumatic valve being in a shut-off position in which the outlet opening is sealed so as to be gas-tight such that no pressurised gas can flow through the outlet opening when the pressurised gas is fed in from the pressurised-gas source and when no pressure accumulator is arranged in the charging position, characterised in that the pneumatic valve comprises a valve body that can be moved from the flow position into the shut-off position when struck by pressurised gas from the pressurised-gas source if no pressure accumulator is arranged in the charging position.
A pusher guide wire (1, 1c) for delivering a stent to a target site, the pusher guide wire (1, 1c) comprising: a core shaft; a coil body that covers a distal end portion of the core shaft; a pusher portion that is fixed to the core shaft and on a proximal end side with respect to the coil body; and a stent holding portion (30, 30c) that is fixed to the core shaft and between the coil body and the pusher portion, wherein frictional resistance between the stent and the stent holding portion (30, 30c) is larger on the proximal end side than on the distal end side, characterized in that the stent holding portion (30, 30c) is formed of a second coil body (31, 31a), and pitch intervals of the second coil body (31, 31a) are smaller on the proximal end side than on the distal end side. a core shaft; a coil body that covers a distal end portion of the core shaft; a pusher portion that is fixed to the core shaft and on a proximal end side with respect to the coil body; and a stent holding portion (30, 30c) that is fixed to the core shaft and between the coil body and the pusher portion, wherein frictional resistance between the stent and the stent holding portion (30, 30c) is larger on the proximal end side than on the distal end side, characterized in that the stent holding portion (30, 30c) is formed of a second coil body (31, 31a), and pitch intervals of the second coil body (31, 31a) are smaller on the proximal end side than on the distal end side.
A supersonic nozzle (56; 100) for a supersonic propulsion system comprising an engine, a bypass and a gearbox creating a gearbox blockage in the bypass, the supersonic nozzle comprising: an outer wall; a bypass wall disposed within the outer wall and configured to separate an airflow inside the outer wall into a primary flow portion and a bypass flow portion, the primary flow portion in use received from the supersonic engine and the bypass flow portion in use received from the bypass, the nozzle (56,100) being configured to exhaust the primary flow and the bypass flow; characterized by a set of struts configured to couple the outer wall with the bypass wall, the set of struts configured to tailor a direction of the bypass flow portion, namely to redirect at a predetermined supersonic cruise speed, bypass flow, bifurcated around the gearbox blockage, back into a substantially circumferentially uniform pattern aft of the gearbox. an outer wall; a bypass wall disposed within the outer wall and configured to separate an airflow inside the outer wall into a primary flow portion and a bypass flow portion, the primary flow portion in use received from the supersonic engine and the bypass flow portion in use received from the bypass, the nozzle (56,100) being configured to exhaust the primary flow and the bypass flow; characterized by a set of struts configured to couple the outer wall with the bypass wall, the set of struts configured to tailor a direction of the bypass flow portion, namely to redirect at a predetermined supersonic cruise speed, bypass flow, bifurcated around the gearbox blockage, back into a substantially circumferentially uniform pattern aft of the gearbox.
A thermoplastic composition comprising: a polycarbonate polymer having repeating units derived from at least three different monomers,, and, wherein monomer is 2-phenyl-3,3-bis(4-hydroxyphenyl)phthalimidine (PPPBP); and monomers and are each a dihydroxy compound of formula: wherein each R k is independently a halogen atom, a C 1-10 hydrocarbon group, or a C 1-10 halogen substituted hydrocarbon group, and n is 0 to 4, monomer being different from monomer; wherein the mole ratio of monomer to the sum of monomers and is from 20:80 to 40:60; and an impact modifier selected from the group consisting of acrylonitrile-butadiene-styrene and methacrylonitrile-butadiene-styrene resins, and mixtures thereof; wherein the thermoplastic composition has a percent retention of tensile elongation of at least 50 percent upon exposure to Fuel C, 0.5% strain, for 2 days according to ISO 4599. a polycarbonate polymer having repeating units derived from at least three different monomers,, and, wherein monomer is 2-phenyl-3,3-bis(4-hydroxyphenyl)phthalimidine (PPPBP); and monomers and are each a dihydroxy compound of formula: wherein each R k is independently a halogen atom, a C 1-10 hydrocarbon group, or a C 1-10 halogen substituted hydrocarbon group, and n is 0 to 4, monomer being different from monomer; wherein the mole ratio of monomer to the sum of monomers and is from 20:80 to 40:60; and monomer is 2-phenyl-3,3-bis(4-hydroxyphenyl)phthalimidine (PPPBP); and monomers and are each a dihydroxy compound of formula: wherein each R k is independently a halogen atom, a C 1-10 hydrocarbon group, or a C 1-10 halogen substituted hydrocarbon group, and n is 0 to 4, monomer being different from monomer; wherein the mole ratio of monomer to the sum of monomers and is from 20:80 to 40:60; and an impact modifier selected from the group consisting of acrylonitrile-butadiene-styrene and methacrylonitrile-butadiene-styrene resins, and mixtures thereof; wherein the thermoplastic composition has a percent retention of tensile elongation of at least 50 percent upon exposure to Fuel C, 0.5% strain, for 2 days according to ISO 4599.
A dual-mode automobile protective cover device comprises an outer housing in which a rotary shaft is arranged, wherein the outer housing comprises three parts: a cabin, a cabin cover A and a cabin cover B, the cabin is detachably or fixedly connected to the cabin cover A and the cabin is detachably or fixedly connected to the cabin cover B; a wire slot is provided on a wall of the cabin, and the wire slot has an electric wire buried therein; a control box and a motor box are respectively arranged at two ends of the outer housing, one end of the rotary shaft is fitly connected with the cabin cover B, and the other end of the rotary shaft is fitly connected with the motor box by passing through the cabin cover A, the motor box is detachably connected to the cabin cover A and the rotary shaft; the motor box is provided with a contact chip A, and the cabin cover A is provided with a contact chip B, one end of the electric wire is connected with the contact chip B, and the other end of the electric wire is connected with the control box; a rechargeable battery is configured within the control box and a charge socket is arranged on the control box; the motor box can be replaced by a hand-operated rocker, characterized in that the dual-mode automobile protective cover device further comprises a protective cover guard disc provided at each of the two ends of the cabin, which prevents a protective cover from getting stuck in the cabin cover A or the cabin cover B in the process of unfolding or retracting.
An inlet cone for an aircraft turbine engine, comprising a frustoconical body and a tip made from elastically deformable material fixed to an end of smaller diameter of said body, the tip comprising a top configured to be situated on an axis of rotation of the cone and a fastening base on said end, characterised in that said base has a generally circular or oval shape, this base extends in a connecting plane P and said connecting plane P is inclined relative to a transverse plane perpendicular to said axis of rotation.
A glycosyl hesperetin composition, which comprises, as glycosyl hesperetin, α-glycosyl hesperidin and either or both of hesperidin and 7-O-β-glucosyl hesperetin in an amount of 90% or more by mass but less than 100% by mass, on a dry solid basis, wherein the content of α-glucosyl hesperidin is 90% by mass or lower, on a dry solid basis, and wherein the content of furfural measured on GC/MS analysis is less than 200 ppb, on a dry solid basis.
Method for filling a battery with a battery fluid, wherein the battery comprises a battery housing through which at least two electrical connection devices (40, 40), each with a passage bore, extend, the said passage bores establishing a fluid connection between a battery interior and an area surrounding the battery, wherein one or all of the connection devices have two passage bores (47, 47'), wherein the method comprises the following steps: - filling with the battery fluid through the at least one passage bore of at least one of the connection devices; and - after filling is complete, closing the passage bores in a sealed-off manner. - filling with the battery fluid through the at least one passage bore of at least one of the connection devices; and - after filling is complete, closing the passage bores in a sealed-off manner.
A lens apparatus, the lens apparatus comprising a zoom lens unit moveable along an optical axis of the lens apparatus to zoom, a storage storing information for light amount compensation of image data, and a communication device configured to transmit, to a camera apparatus, the information for the light amount compensation of the image data, wherein the image data are obtained based on an image formed by the lens apparatus on an image pickup element of the camera apparatus when the lens apparatus is attached to the camera apparatus; wherein the information includes information of a coefficient A 0 of a term of 0-th-order with respect to an image height h in a polynomial of n-th-order with respect to the image height h, the polynomial being D h = ∑ j = 0 n A j h j with A j representing a coefficient of a term of j-th-order with respect to the image height h and D' (h) representing a light amount correction amount with respect to the image height h, wherein the image height h represents a height in a range from a central image height to a peripheral image height, wherein a conditional expression 0.7 < A 0 Z × Fw/F Z 2 < 1.3 is satisfied, where a zoom state Z is an optical parameter relating to the zoom lens unit when the image is formed, A 0 represents the coefficient A 0 at the zoom state Z, F represents an effective F-number of the lens apparatus at the zoom state Z, and Fw represents an effective F-number of the lens apparatus at the wide angle end. wherein the information includes information of a coefficient A 0 of a term of 0-th-order with respect to an image height h in a polynomial of n-th-order with respect to the image height h, the polynomial being D h = ∑ j = 0 n A j h j with A j representing a coefficient of a term of j-th-order with respect to the image height h and D' (h) representing a light amount correction amount with respect to the image height h, wherein the image height h represents a height in a range from a central image height to a peripheral image height, wherein a conditional expression 0.7 < A 0 Z × Fw/F Z 2 < 1.3 is satisfied, where a zoom state Z is an optical parameter relating to the zoom lens unit when the image is formed, A 0 represents the coefficient A 0 at the zoom state Z, F represents an effective F-number of the lens apparatus at the zoom state Z, and Fw represents an effective F-number of the lens apparatus at the wide angle end.
A laser arrangement comprising: an elongated tube; an elongated discharge region within said elongated tube including a discharge medium to be excited to induce laser radiation; DC discharge electrodes disposed at opposite ends of the elongated discharge region for applying longitudinal pulse DC discharge on the elongated discharge region; RF electrodes disposed at opposite elongated sides of the elongated discharge region for applying transverse RF discharge across the elongated discharge region; and a hybrid stable and unstable laser resonator having an output mirror disposed at an output end of said elongated tube and a feedback mirror disposed at a second end of said elongated tube, said output mirror having in its side facing said feedback mirror an optical power in a lateral axis in which the hybrid resonator is unstable, said feedback mirror disposed at a second end of said elongated tube opposing said output mirror, said feedback mirror having a smaller optical power in the axis in which the resonator is stable than the optical power in the axis in which the resonator is unstable, said stable and unstable axes being orthogonal lateral axes. an elongated tube; an elongated discharge region within said elongated tube including a discharge medium to be excited to induce laser radiation; DC discharge electrodes disposed at opposite ends of the elongated discharge region for applying longitudinal pulse DC discharge on the elongated discharge region; RF electrodes disposed at opposite elongated sides of the elongated discharge region for applying transverse RF discharge across the elongated discharge region; and a hybrid stable and unstable laser resonator having an output mirror disposed at an output end of said elongated tube and a feedback mirror disposed at a second end of said elongated tube, said output mirror having in its side facing said feedback mirror an optical power in a lateral axis in which the hybrid resonator is unstable, said feedback mirror disposed at a second end of said elongated tube opposing said output mirror, said feedback mirror having a smaller optical power in the axis in which the resonator is stable than the optical power in the axis in which the resonator is unstable, said stable and unstable axes being orthogonal lateral axes.
An in vitro method for diagnosing, identifying or monitoring breast cancer in a human, which method comprises the following step: a) measuring the level of gene expression of all of the genes set forth in Table 1 or of all of the genes set forth in Table 2 in a blood sample from said human; b) comparing the level of gene expression of said genes in the sample from said human with the level of gene expression of said genes in a standard gene expression pattern extracted from healthy subjects; c) wherein change of gene expression of each and one said gene in said sample as compared to a standard gene expression pattern being indicative for breast cancer. a) measuring the level of gene expression of all of the genes set forth in Table 1 or of all of the genes set forth in Table 2 in a blood sample from said human; b) comparing the level of gene expression of said genes in the sample from said human with the level of gene expression of said genes in a standard gene expression pattern extracted from healthy subjects; c) wherein change of gene expression of each and one said gene in said sample as compared to a standard gene expression pattern being indicative for breast cancer.
Bearing housing of an exhaust-gas turbocharger of a motor vehicle, comprising a bearing housing cover made of metal, wherein a first thread is provided on the bearing housing cover and a second thread of complementary configuration is provided on the bearing housing, so that the bearing housing cover can be screwed on to and attached to the bearing housing by a rotary movement, characterised in that - the bearing housing cover comprises a seal spray-applied by a screen printing method - the first thread and/or the second thread is or are of a self-locking design. - the bearing housing cover comprises a seal spray-applied by a screen printing method - the first thread and/or the second thread is or are of a self-locking design.
A refrigerant compressor comprising a common housing, a screw-type compressor which is provided in the common housing and has a compressor housing that is formed as part of the common housing and in which there is arranged at least one screw rotor boring (64, 120), at least one screw rotor (62, 122) that is arranged in the screw rotor boring (64, 120) such as to be rotatable about a rotational axis (63, 123), a suction-side bearing unit (74, 128) for the screw rotor (62, 122) that is arranged on the compressor housing, at least one pressure-side bearing unit (72, 126) unit for the screw rotor (62, 122) that is arranged on the compressor housing and a housing window for compressed refrigerant that is provided on the compressor housing, and, arranged in the common housing, a first sound absorber unit (140, 240), which is arranged after the housing window, and comprises at least one chamber (148, 150, 248, 250) which is located between an inlet opening and an outlet opening and which widens out relative to the inlet opening and to the outlet opening in a direction transverse to a direction of flow, characterized in that the sound absorber unit is in the form of a passage absorber which comprises a plurality of passage openings, each of which is followed by a respective expansion chamber (148, 150), a plurality of the expansion chambers (148, 150) of the sound absorber unit have different volumes, and in that the inlet opening and the outlet opening respectively form a passage opening.
A multi-dose, self-preserved ophthalmic composition, said composition comprising an antimicrobial effective amount of a preservative system comprising 0.5 to 6.0 wt. % of a borate/polyol complex and zinc ions provided in the form of zinc chloride at a concentration of from 0.0005 to 0.005 w/v %.