mhurhangee/ep-ind-claims huggingface dataset:
A rotary wing aircraft with a fuselage that forms an aircraft interior region (2a, 2b), the fuselage comprising an upper primary skin that separates the aircraft interior region (2a, 2b) from an aircraft upper deck arranged above the fuselage, wherein the aircraft upper deck comprises an engine accommodating region with a firewall arrangement, the engine accommodating region accommodating at least one aircraft engine (11a, 11b) within the firewall arrangement such that the firewall arrangement defines a fire proof separation at least between the at least one aircraft engine (11a, 11b) and the aircraft interior region (2a, 2b), characterized in that the firewall arrangement comprises at least one funnel-shaped lower firewall (30a, 30b) that is arranged between the at least one aircraft engine (11a, 11b) and the upper primary skin of the fuselage, wherein the at least one funnel-shaped lower firewall (30a, 30b) converges from an outer perimeter to at least one inner collecting point, and wherein the outer perimeter is spaced apart from the upper primary skin of the fuselage.
An organopolysiloxane copolymer expressed by the following general formula: wherein R 1 independently represents an aryl group or an alkyl group having from 1 to 10 carbons, L 1 is a functional group expressed by the following general formula or general formula: wherein R 1 is synonymous with the group described above, R 2 is a phenyl group or an alkyl group having from 1 to 6 carbons, Z is a divalent organic group, and a 1 and a 2 are each 0, Q is a hydrophilic segment derived from a hydrophilic compound selected from polyhydric alcohols comprising glycerin or polyglycerines, said hydrophilic segment bonded to the silicon atom via a linking group that is at least divalent, and is a hydrophilic segment comprising at least one hydrophilic unit selected from hydrophilic units expressed by the following structural formulae to 3-4) wherein W is a hydrogen atom or an alkyl group having from 1 to 20 carbons; and wherein W is synonymous with the group described above., and n is a number in a range of 0 to 10;
Pharmaceutical combination comprising: - a conjugate of an effector molecule and a ligand for asialoglycoprotein receptor (ASGPR), wherein the ligand for ASGPR comprises at least one N-acetylgalactosamine (GalNAc) moiety, preferably three or four GalNAc moieties, more preferably the ligand for ASGPR comprises or consists of (GalNAc)sTris and wherein the effector molecule comprises or consists of an oligonucleotide; and - a saponin, wherein the saponin is a monodesmosidic triterpene glycoside or a bidesmosidic triterpene glycoside comprising an aglycone core structure selected from quillaic acid and gypsogenin, wherein, optionally, the aldehyde group at position C23 of the quillaic acid or gypsogenin has been derivatised, and optionally comprising a pharmaceutically acceptable excipient and/or pharmaceutically acceptable diluent. - a conjugate of an effector molecule and a ligand for asialoglycoprotein receptor (ASGPR), wherein the ligand for ASGPR comprises at least one N-acetylgalactosamine (GalNAc) moiety, preferably three or four GalNAc moieties, more preferably the ligand for ASGPR comprises or consists of (GalNAc)sTris and wherein the effector molecule comprises or consists of an oligonucleotide; and - a saponin, wherein the saponin is a monodesmosidic triterpene glycoside or a bidesmosidic triterpene glycoside comprising an aglycone core structure selected from quillaic acid and gypsogenin, wherein, optionally, the aldehyde group at position C23 of the quillaic acid or gypsogenin has been derivatised, and optionally comprising a pharmaceutically acceptable excipient and/or pharmaceutically acceptable diluent.
A hydrostatic fluid guide device comprising: a movable body; a support that supports the movable body so that the movable body is linearly movable; and a hydrostatic fluid guide mechanism that is provided in the movable body, and that guides linear movement of the movable body; characterized by a damping mechanism that is provided in the movable body, and that damps vibration caused in the movable body, wherein a pressure of a fluid supplied to the damping mechanism is a hydrostatic pressure caused by natural fall. a movable body; a support that supports the movable body so that the movable body is linearly movable; and a hydrostatic fluid guide mechanism that is provided in the movable body, and that guides linear movement of the movable body; characterized by a damping mechanism that is provided in the movable body, and that damps vibration caused in the movable body, wherein a pressure of a fluid supplied to the damping mechanism is a hydrostatic pressure caused by natural fall.
An exhaust valve assembly for a two-stroke internal combustion engine comprising: a valve actuator movable between a first actuator position, a second actuator position and a third actuator position, the second actuator position being intermediate the first and third actuator positions; and a two-part valve having a primary valve and a secondary valve, the primary valve being operatively connected to the valve actuator, the primary valve defining a first valve decompression passage, the secondary valve defining a second valve decompression passage, the primary valve being in a first primary valve position when the valve actuator is in the first actuator position, the primary valve being in a second primary valve position when the valve actuator is in the second actuator position, the primary valve being in a third primary valve position when the valve actuator is in the third actuator position, the second primary valve position being intermediate the first and the third primary valve positions, the secondary valve being in a first secondary valve position when the valve actuator is in any one of the first and second actuator positions, the secondary valve being in a second secondary valve position when the valve actuator is in the third actuator position, the first valve decompression passage fluidly communicating with the second valve decompression passage when the valve actuator is in the second actuator position, and the first valve decompression passage being fluidly separate from the second valve decompression passage when the valve actuator is in any one of the first and third actuator positions. a valve actuator movable between a first actuator position, a second actuator position and a third actuator position, the second actuator position being intermediate the first and third actuator positions; and a two-part valve having a primary valve and a secondary valve, the primary valve being operatively connected to the valve actuator, the primary valve defining a first valve decompression passage, the secondary valve defining a second valve decompression passage, the primary valve being in a first primary valve position when the valve actuator is in the first actuator position, the primary valve being in a second primary valve position when the valve actuator is in the second actuator position, the primary valve being in a third primary valve position when the valve actuator is in the third actuator position, the second primary valve position being intermediate the first and the third primary valve positions, the secondary valve being in a first secondary valve position when the valve actuator is in any one of the first and second actuator positions, the secondary valve being in a second secondary valve position when the valve actuator is in the third actuator position, the first valve decompression passage fluidly communicating with the second valve decompression passage when the valve actuator is in the second actuator position, and the first valve decompression passage being fluidly separate from the second valve decompression passage when the valve actuator is in any one of the first and third actuator positions.
A door inside release spring for a vehicle door assembly, comprising: a torsional spring body; a first spring arm extending from a first axial end of the spring body, the first spring arm configured to be operably connected to an inside release lever to bias a position of the inside release lever; and a second spring arm extending from a second axial end of the spring body opposite the first axial end, the second spring arm configured to be operably connected to a child lock lever to bias a position of the child lock lever, the second spring arm including: a first arm portion extending tangentially from the spring body; a second spring arm tip extending in a direction non-parallel to the first arm portion; and a knee portion connecting the first arm portion and the second spring arm tip, characterized in that the second spring arm is configured to bend at the knee portion in response to forces applied at the second spring arm tip. a torsional spring body; a first spring arm extending from a first axial end of the spring body, the first spring arm configured to be operably connected to an inside release lever to bias a position of the inside release lever; and a second spring arm extending from a second axial end of the spring body opposite the first axial end, the second spring arm configured to be operably connected to a child lock lever to bias a position of the child lock lever, the second spring arm including: a first arm portion extending tangentially from the spring body; a second spring arm tip extending in a direction non-parallel to the first arm portion; and a knee portion connecting the first arm portion and the second spring arm tip, characterized in that the second spring arm is configured to bend at the knee portion in response to forces applied at the second spring arm tip. a first arm portion extending tangentially from the spring body; a second spring arm tip extending in a direction non-parallel to the first arm portion; and a knee portion connecting the first arm portion and the second spring arm tip, characterized in that the second spring arm is configured to bend at the knee portion in response to forces applied at the second spring arm tip.
Ophthalmologic device for processing ocular tissue of an eye, comprising a laser source configured to generate a pulsed laser beam; an application head with focusing optics and a patient interface, wherein the focusing optics has a projection axis (p) and is configured to focus the pulsed laser beam in the ocular tissue onto a processing point, and wherein the patient interface has a center axis (m) and is configured to fix the application head to the eye; a scanner system configured to direct the pulsed laser beam in the ocular tissue to processing points on a processing path (t); and a circuit configured to control the scanner system to cut a cut surface in the ocular tissue symmetrical to the center axis (m) of the patient interface, wherein the pulsed laser beam is directed to processing points on the cut surface on a first processing path (t), characterized in that the circuit is further configured to determine a vertex (S') of a tilted cut surface (C') when the eye is tilted relative to the centre axis (m) of the patient interface, which vertex is determined by a co-tilt of the cut surface corresponding to the tilting of the eye, to determine a transformed second processing path (t'), which determines processing points on the tilted cut surface (C'), and to control the scanner system in such a way that the pulsed laser beam is directed onto processing points on the transformed second processing path (t').
A hybrid vehicle comprising: an internal combustion engine; an electric motor; a power transmission mechanism for transmitting powers of the internal combustion engine and the electric motor to a driven portion; and an oil pump for lubricating the internal combustion engine and the power transmission mechanism with rotation of a crankshaft, wherein: the oil pump has an oil pump shaft, the oil pump shaft being provided with a first input portion on one end of the oil pump shaft through a first one-way clutch, and a second input portion on the other end of the oil pump shaft opposite to the first input portion through a second one-way clutch, the first input portion being connected to an output portion rotating integrally with a transmission member for transmitting power of the electric motor to the driven portion to be rotated by power of the electric motor, and the second input portion being connected to a cam chain of the internal combustion engine to be rotated by power of the internal combustion engine; and the transmission member is disposed on one side of the crankshaft, and the cam chain is disposed on the other side of the crankshaft, opposite to the transmission member wherein an oil pump main body is located between a crankcase for supporting the crankshaft and the transmission member, and a first input portion is located between the oil pump main body and the transmission member. an internal combustion engine; an electric motor; a power transmission mechanism for transmitting powers of the internal combustion engine and the electric motor to a driven portion; and an oil pump for lubricating the internal combustion engine and the power transmission mechanism with rotation of a crankshaft, wherein: the oil pump has an oil pump shaft, the oil pump shaft being provided with a first input portion on one end of the oil pump shaft through a first one-way clutch, and a second input portion on the other end of the oil pump shaft opposite to the first input portion through a second one-way clutch, the first input portion being connected to an output portion rotating integrally with a transmission member for transmitting power of the electric motor to the driven portion to be rotated by power of the electric motor, and the second input portion being connected to a cam chain of the internal combustion engine to be rotated by power of the internal combustion engine; and the transmission member is disposed on one side of the crankshaft, and the cam chain is disposed on the other side of the crankshaft, opposite to the transmission member wherein an oil pump main body is located between a crankcase for supporting the crankshaft and the transmission member, and a first input portion is located between the oil pump main body and the transmission member.
Nozzle lifting assembly for an additive manufacturing system, comprising a base member and a lift member relatively movable with respect thereto, a first nozzle body arranged for being lifted by the lift member and a second nozzle body disposed on the base member, and characterized in that a wedge member is movably arranged relative to the base member and in wedging engagement with the lift member between a first and second wedge position, wherein the first and second wedge position correspond to a lowered position and a lifted position of the first nozzle body with respect to the second nozzle body, respectively.
A method of culturing mesenchymal stromal cells for therapy comprising the steps of: (i) culturing a sample of mesenchymal stromal cells isolated from a human, a cameline, an equine, a canine or a feline in a first cell culture medium comprising a first serum, first serum substitute and/or first serum fraction selected from the group consisting of fetal calf serum and heat inactivated fetal calf serum (HIFCS) for between 18 h and 72 h, before media is changed with fresh first cell culture medium for continued culture until the cells have reached 70 to 90% confluency; and (ii) prior to harvesting cells for therapy, said first cell culture medium is replaced with a second cell culture medium comprising a second serum, a second serum substitute and/or second serum fraction which serum or serum fraction or serum substitute has the same species origin as the cells being cultured and the cells are cultured for 20 hours, or for 21 hours, or for 22 hours, or for 23 hours, or for between 24 hours to 36 hours. (i) culturing a sample of mesenchymal stromal cells isolated from a human, a cameline, an equine, a canine or a feline in a first cell culture medium comprising a first serum, first serum substitute and/or first serum fraction selected from the group consisting of fetal calf serum and heat inactivated fetal calf serum (HIFCS) for between 18 h and 72 h, before media is changed with fresh first cell culture medium for continued culture until the cells have reached 70 to 90% confluency; and (ii) prior to harvesting cells for therapy, said first cell culture medium is replaced with a second cell culture medium comprising a second serum, a second serum substitute and/or second serum fraction which serum or serum fraction or serum substitute has the same species origin as the cells being cultured and the cells are cultured for 20 hours, or for 21 hours, or for 22 hours, or for 23 hours, or for between 24 hours to 36 hours.
A film-forming lubrication composition for make-up of threaded connections, intended to cover at least one threading (FE, FI) and a make-up abutment (BVM, BVF) of a threaded element (EM, EF) of a component (T2, T1) of a threaded tubular connection with a solid state film which adheres to the threading (FE, FI) and to said make-up abutment (BVM, BVF), said make-up abutment (BVM, BVF) being intended to bear against another abutment (BVF, BVM) of another component (T1, T2) of said threaded tubular connection during the terminal make-up phase, and said lubrication composition comprising a matrix, characterized in that the matrix further comprises at least one rheoresistant material selected so as to endow said composition, as a complement to lubrication, with a torque on shoulder resistance value which is at least equal to a threshold value, said matrix having a solid consistency, being not tacky to the touch, said rheoresistant material(s) is (are) arranged to allow a torque on shoulder resistance value to be obtained which is at least equal to a threshold value equal to 95% of a reference torque on shoulder resistance value for an API RP 5A3 type grease obtained for said threaded tubular connection, said lubrication composition comprising 10% to 25% of rheoresistant material as a composition by weight, said rheoresistant material comprising 1% to 99% of terpene resin based on alpha pinene, rosinic acid and resinic acid esterified with pentaerythritol, rosinic acid and resinic acid hydrogenated and esterified with glycerine and/or polymerized rosin, as a composition by weight, said lubrication composition comprising 10% to 20% of polyethylene wax, 0 to 5% of polyethylene/polytetrafluoroethylene composite, 10% to 25% of esterified rosin, 0 to 20% of carnauba wax, 20% to 30% of zinc stearate, 15% to 25% of zinc calcium strontium orthophosphate silicate, 4% to 12% of graphite fluoride, 0 to 4% of polytetrafluoroethylene, 1% to 3% of boron nitride, 2% to 8% of tungsten disulphide, and 2% to 8% of coupling agent as a composition by weight.
A method for adaptively optimizing processor operation in a vibratory flow meter processing system, the processing system including a processor and a storage system for storing one or more digital filter coefficient sets and a processing routine, wherein the processing routine uses the one or more digital filter coefficient sets, and the processor executes the processing routine, the method comprising: comparing one or more processing system measurements to a predetermined operational threshold during operation, wherein the one or more processing system measurements comprise measurements generated by the processing system from one or more vibrational response signals of vibratory flow meter sensors; if the one or more processing system measurements exceeds the predetermined operational threshold, then determining one or more filter coefficients for at least one digital filter coefficient set of the one or more digital filter coefficient sets that can be dropped; and dropping the one or more filter coefficients, wherein dropping the one or more filter coefficients reduces a total number of filter coefficients to be used by the processing routine. comparing one or more processing system measurements to a predetermined operational threshold during operation, wherein the one or more processing system measurements comprise measurements generated by the processing system from one or more vibrational response signals of vibratory flow meter sensors; if the one or more processing system measurements exceeds the predetermined operational threshold, then determining one or more filter coefficients for at least one digital filter coefficient set of the one or more digital filter coefficient sets that can be dropped; and dropping the one or more filter coefficients, wherein dropping the one or more filter coefficients reduces a total number of filter coefficients to be used by the processing routine.
A clothing handling device, comprising: a box; a clothing handling chamber; an airflow passage in fluid communication with the clothing handling chamber; and a fragrance assembly, arranged in the box, wherein the fragrance assembly comprises a replaceable fragrance container, and wherein a part of the fragrance assembly is exposed in the airflow passage, wherein the fragrance assembly comprises a cassette fixed to the box, wherein the cassette comprises a receiving cavity that receives at least part of the fragrance container and an entry/exit portion in communication with the receiving cavity, and the fragrance container enters and exits the receiving cavity through the entry/exit portion, wherein the cassette comprises an opening, wherein the opening is arranged opposite to the entry/exit portion, wherein the fragrance container comprises a leaking portion, wherein the leaking portion is configured to leak a fragrance through the opening, characterized in that the fragrance assembly comprises an operating element, wherein the operating element comprises an operating portion and a cap portion, and the cap portion is configured to expose or cover the opening with a movement of the operating portion to release or block the fragrance leaking through the leaking portion. a box; a clothing handling chamber; an airflow passage in fluid communication with the clothing handling chamber; and a fragrance assembly, arranged in the box, wherein the fragrance assembly comprises a replaceable fragrance container, and wherein a part of the fragrance assembly is exposed in the airflow passage, wherein the fragrance assembly comprises a cassette fixed to the box, wherein the cassette comprises a receiving cavity that receives at least part of the fragrance container and an entry/exit portion in communication with the receiving cavity, and the fragrance container enters and exits the receiving cavity through the entry/exit portion, wherein the cassette comprises an opening, wherein the opening is arranged opposite to the entry/exit portion, wherein the fragrance container comprises a leaking portion, wherein the leaking portion is configured to leak a fragrance through the opening, characterized in that the fragrance assembly comprises an operating element, wherein the operating element comprises an operating portion and a cap portion, and the cap portion is configured to expose or cover the opening with a movement of the operating portion to release or block the fragrance leaking through the leaking portion.