mhurhangee/ep-ind-claims huggingface dataset:
Electronic device for monitoring at least one avionics software application capable of being executed on a platform hosting an operating system offering services, the platform being intended to be carried on board an aircraft, the electronic monitoring device comprising: - an acquisition module configured to acquire respective values of first and second counters for each monitored software application, the first and second counters each being a counter (25, 26) of calls sent by the monitored software application to one or more services of the operating system, the first counter being incremented upon each successful call to a respective service and the second counter being incremented upon each failed call; - a comparison module configured to compare the respective values of the first and second counters, acquired for each monitored software application, with respective first and second thresholds; and - a generation module configured to generate a warning signal in the event of detection of abnormal behavior of the monitored software application, corresponding to the first counter with a value lower than the first threshold during a predefined time period and/or to the second counter with a value greater than the second threshold. - an acquisition module configured to acquire respective values of first and second counters for each monitored software application, the first and second counters each being a counter (25, 26) of calls sent by the monitored software application to one or more services of the operating system, the first counter being incremented upon each successful call to a respective service and the second counter being incremented upon each failed call; - a comparison module configured to compare the respective values of the first and second counters, acquired for each monitored software application, with respective first and second thresholds; and - a generation module configured to generate a warning signal in the event of detection of abnormal behavior of the monitored software application, corresponding to the first counter with a value lower than the first threshold during a predefined time period and/or to the second counter with a value greater than the second threshold.
A compound of formula: wherein: M is hydrogen or a pharmaceutically acceptable salt-forming cation; Y is OR 1 or NR 2 R 3; R 1 is a radical selected from the group consisting of: C 3-7 cycloalkyl which is fused with a C 5-7 membered saturated heterocycle containing at least one heteroatom which is N, the said bicyclic ring optionally substituted; Bridged bicyclic ring system having optionally one heteroatom which is N, the bicyclic ring system optionally substituted at the free N atom present in the ring; and C 5-7 membered saturated heterocycles fused to a C 3-6 membered ring system through a common carbon atom to form a spiro system containing one heteroatom selected from O and N that is present in the spiro ring and the free N atom present in either ring may optionally take a substituent; R 2 is hydrogen; and R 3 is a radical selected from any of following groups: CH 3 SO 2 -and NH 2 SO 2 -; or a pharmaceutically acceptable salt of any such compound, or a pharmaceutically acceptable solvate of any such compound. M is hydrogen or a pharmaceutically acceptable salt-forming cation; Y is OR 1 or NR 2 R 3; R 1 is a radical selected from the group consisting of: C 3-7 cycloalkyl which is fused with a C 5-7 membered saturated heterocycle containing at least one heteroatom which is N, the said bicyclic ring optionally substituted; Bridged bicyclic ring system having optionally one heteroatom which is N, the bicyclic ring system optionally substituted at the free N atom present in the ring; and C 5-7 membered saturated heterocycles fused to a C 3-6 membered ring system through a common carbon atom to form a spiro system containing one heteroatom selected from O and N that is present in the spiro ring and the free N atom present in either ring may optionally take a substituent; C 3-7 cycloalkyl which is fused with a C 5-7 membered saturated heterocycle containing at least one heteroatom which is N, the said bicyclic ring optionally substituted; Bridged bicyclic ring system having optionally one heteroatom which is N, the bicyclic ring system optionally substituted at the free N atom present in the ring; and C 5-7 membered saturated heterocycles fused to a C 3-6 membered ring system through a common carbon atom to form a spiro system containing one heteroatom selected from O and N that is present in the spiro ring and the free N atom present in either ring may optionally take a substituent; R 2 is hydrogen; and R 3 is a radical selected from any of following groups: CH 3 SO 2 -and NH 2 SO 2 -; or a pharmaceutically acceptable salt of any such compound, or a pharmaceutically acceptable solvate of any such compound. CH 3 SO 2 -and NH 2 SO 2 -; or a pharmaceutically acceptable salt of any such compound, or a pharmaceutically acceptable solvate of any such compound.
An automated luminaire comprising: a light source adapted to generate a light beam; a first image replicating prism rotatably contained within a first prism arm, the first image replicating prism being articulated to be either engaged or partially engaged or disengaged with the light beam and articulated to rotate within the light beam; a second image replicating prism rotatably contained within a second prism arm, the second image replicating prism being articulated to be either engaged or partially engaged or disengaged with the light beam and articulated to rotate within the light beam; a control system; and a sensing system configured to detect a rotational position of the first image replicating prism and the second image replicating prism; wherein the first image replicating prism and the second image replicating prism are articulated so that only the first image replicating prism or only the second image replicating prism or both or neither are engaged in the light beam at the same time; and wherein the control system is configured to control the automated luminaire based on said detected rotational positions so as to maintain coordination in the rotation and positioning of the prisms. a light source adapted to generate a light beam; a first image replicating prism rotatably contained within a first prism arm, the first image replicating prism being articulated to be either engaged or partially engaged or disengaged with the light beam and articulated to rotate within the light beam; a second image replicating prism rotatably contained within a second prism arm, the second image replicating prism being articulated to be either engaged or partially engaged or disengaged with the light beam and articulated to rotate within the light beam; a control system; and a sensing system configured to detect a rotational position of the first image replicating prism and the second image replicating prism; wherein the first image replicating prism and the second image replicating prism are articulated so that only the first image replicating prism or only the second image replicating prism or both or neither are engaged in the light beam at the same time; and wherein the control system is configured to control the automated luminaire based on said detected rotational positions so as to maintain coordination in the rotation and positioning of the prisms.
A luminaire controller mountable on a control receptacle provided on a luminaire, said luminaire controller comprising: a housing; mains input terminals (130, 140) mounted within the housing, said mains input terminals comprising connectors connectable with the control receptacle; a power switch module mounted within the housing and connected to the mains input terminals (130, 140) for thereby being connected to a mains supply; a central processing module mounted within the housing; and a communications module mounted within the housing; a dimming interface mounted within the housing and controllable by the central processing module, and a sensor module mounted in the housing and providing control signals to the central processing module in accordance with ambient conditions; characterised in that the dimming interface comprises at least one additional connector (860, 980, 990, 1060) connectable with the control receptacle for connection with the luminaire. a housing; mains input terminals (130, 140) mounted within the housing, said mains input terminals comprising connectors connectable with the control receptacle; a power switch module mounted within the housing and connected to the mains input terminals (130, 140) for thereby being connected to a mains supply; a central processing module mounted within the housing; and a communications module mounted within the housing; a dimming interface mounted within the housing and controllable by the central processing module, and a sensor module mounted in the housing and providing control signals to the central processing module in accordance with ambient conditions; characterised in that the dimming interface comprises at least one additional connector (860, 980, 990, 1060) connectable with the control receptacle for connection with the luminaire.
A relief valve body arranged for connecting to a pressure vessel, the relief valve body comprising: an inlet configured to connect to a pressure vessel; an integrated nozzle downstream from the inlet and extending along an axis, the integrated nozzle defining a nozzle expansion region and including a nozzle exterior surface, a nozzle bulb defining a substantially protrudent shape that protrudes away from the axis, and a valve seat; a valve interior surface including a first ramped portion, a second ramped portion, a flat portion, and an arced portion, the first ramped portion expanding a fluid flow area by ramping from a ramp apex around the integrated nozzle to the flat portion and the second ramped portion expanding the fluid flow area by ramping from the ramp apex around the integrated nozzle to the flat portion on an opposite side of the integrated nozzle from the first ramped portion; a redirecting pallet defining a curved portion and a flat portion that cooperate to direct a fluid flow towards the valve interior surface; and an outlet downstream from the first ramped portion and the second ramped portion. an inlet configured to connect to a pressure vessel; an integrated nozzle downstream from the inlet and extending along an axis, the integrated nozzle defining a nozzle expansion region and including a nozzle exterior surface, a nozzle bulb defining a substantially protrudent shape that protrudes away from the axis, and a valve seat; a valve interior surface including a first ramped portion, a second ramped portion, a flat portion, and an arced portion, the first ramped portion expanding a fluid flow area by ramping from a ramp apex around the integrated nozzle to the flat portion and the second ramped portion expanding the fluid flow area by ramping from the ramp apex around the integrated nozzle to the flat portion on an opposite side of the integrated nozzle from the first ramped portion; a redirecting pallet defining a curved portion and a flat portion that cooperate to direct a fluid flow towards the valve interior surface; and an outlet downstream from the first ramped portion and the second ramped portion.
A woven or knitted fabric comprising a yarn comprising composite filaments formed from a polyester resin component and a polyamide resin component different from each other in thermal shrinkage and bonded together in a side-by-side structure or in an eccentric core-sheath structure, and having crimps manifested by heat treatment applied thereto, the crimped composite filaments being contained in a content of 10 to 100% by mass in the woven or knitted fabric, whereby the woven or knitted fabric exhibits an air permeability which increases when the fabric is wetted with water, characterized in that the following formula is satisfied: DC F − HC F ≥ 10 % wherein DC F (%) represents a percentage of a crimp of the composite filaments upon drying, and HC F (%) is a percentage of crimp of the composite filaments upon being wetted with water; wherein (DC F - HC F) is determined as follows: first, the woven or knitted fabric is left to stand in an atmosphere at 20 °C and 65% RH for 24 hours; small samples (n = 5) each having dimensions of 30 cm x 30 cm are cut out from the conditioned woven or knitted fabric in the same direction thereof; composite filaments are taken out from each small sample; a load of 1.76 mN/dtex (200 mg/de) is applied to the composite filament sample, and the filament length LOf is determined; one minute after removal of the load, a load of 0.0176 mN/dtex (2 mg/de) is applied to the filament, and the filament length L1f is determined; moreover, the composite filament sample is immersed in water at 30 °C for 2 hours, and then taken out; the sample is held between a pair of filter paper sheets within 60 s after taking out, in the ambient air atmosphere at 30 °C and 90% RH, and then a pressure of 0.69 mN/cm 2 is applied to the sample for 5 s to lightly wipe out water; a load of 1.76 mN/dtex (200 mg/de) is applied to the sample, and the filament length L0f' is determined; one minute after removal of the load, a load of 0.0176 mN/dtex (2 mg/de) is applied to the sample, and the filament length L1f' is determined; the percentage of crimp DC F (%) upon drying and the percentage of crimp HC F (%) upon being wetted with water are calculated from the following formula: DC F upon drying = L0f − L1f / L0f × 100 HC F upon being wetted in water = L0f'-L1f' / L0f' × 100 and the difference (DC F - HC F) (%) is calculated from the above DC F and HC F values.
Passenger seat (3, 4) having a frame intended for securing to a floor of a passenger cabin, wherein the frame comprises a seat divider (37, 37a, 37b, 37c) and beams (35, 36) that run transverse to the seat direction, wherein the seat divider (37, 37a, 37b, 37c) is held by the beams (35, 36), wherein a housing (7, 11) is disposed on the seat divider (37, 37a, 37b, 37c), wherein the housing (7, 11) at least partly surrounds a backrest of the passenger seat (3, 4), wherein the backrest is movable relative to the housing in the region of the housing, with the housing being fixed when the backrest is moved, wherein a structure component (38, 38a, 38b, 38c) is disposed on the seat divider (37, 37a, 37b, 37c), with an attachment unit (45, 45a) for a safety belt for a passenger being disposed on the structure component (42, 42a).
Rotary turbine blade of a turbomachine such as a turboprop or a turbojet, this blade comprising a root supporting an airfoil extending along the length direction and terminating at a tip, this airfoil comprising a leading edge and a trailing edge located downstream from the leading edge following the direction of fluid circulation surrounding the airfoil in service, this airfoil comprising an intrados wall and an extrados wall at a lateral spacing from each other and each connecting the leading edge to the trailing edge, this airfoil comprising: - an upstream cooling manifold for the leading edge; - an upstream feed conduit to collect air at the root and to provide a calibrated supply to the upstream manifold; - a single extrados cavity in a single piece along the extrados wall and supplied with air from the blade root, to form a heat shield facing the upstream conduit; - a trombone type circuit comprising a median portion along the part downstream from the upstream conduit and extending laterally as far as the extrados wall, this median portion being supplied by the upstream conduit at the tip of the airfoil. - an upstream cooling manifold for the leading edge; - an upstream feed conduit to collect air at the root and to provide a calibrated supply to the upstream manifold; - a single extrados cavity in a single piece along the extrados wall and supplied with air from the blade root, to form a heat shield facing the upstream conduit; - a trombone type circuit comprising a median portion along the part downstream from the upstream conduit and extending laterally as far as the extrados wall, this median portion being supplied by the upstream conduit at the tip of the airfoil.
A vehicular communication method, wherein the method is carried out by a vehicular communication device and comprises: Acquiring a current position of a vehicle; acquiring all fixed access points, AP, satisfying a first condition and outside the vehicle according to the current position of the vehicle, wherein the first condition is that the distance from a fixed AP to the current position of the vehicle is smaller than the fixed AP's own maximum transmission distance; scanning, in a scheduling period, all the fixed APs satisfying the first condition, to acquire a scanning result comprising signal strength of each of all the fixed Aps, wherein the scheduling period is to schedule and allocate time in which channel scanning is performed and time in which different APs are connected; selecting, according to the scanning result, at least one fixed AP, among all the fixed APs satisfying the first condition, as a to-be-accessed fixed AP, wherein the signal strength of the at least one fixed AP is greater than a preset value; triggering a mobile terminal in the vehicle to respectively access a vehicular AP in the vehicle and the to-be-accessed fixed AP in the scheduling period according to allocated time indicating time allocated to the vehicular AP and time allocated to the to-be-accessed fixed AP, when a second condition which is a preset access condition is satisfied. Acquiring a current position of a vehicle; acquiring all fixed access points, AP, satisfying a first condition and outside the vehicle according to the current position of the vehicle, wherein the first condition is that the distance from a fixed AP to the current position of the vehicle is smaller than the fixed AP's own maximum transmission distance; scanning, in a scheduling period, all the fixed APs satisfying the first condition, to acquire a scanning result comprising signal strength of each of all the fixed Aps, wherein the scheduling period is to schedule and allocate time in which channel scanning is performed and time in which different APs are connected; selecting, according to the scanning result, at least one fixed AP, among all the fixed APs satisfying the first condition, as a to-be-accessed fixed AP, wherein the signal strength of the at least one fixed AP is greater than a preset value; triggering a mobile terminal in the vehicle to respectively access a vehicular AP in the vehicle and the to-be-accessed fixed AP in the scheduling period according to allocated time indicating time allocated to the vehicular AP and time allocated to the to-be-accessed fixed AP, when a second condition which is a preset access condition is satisfied.
A process for the production of alkyl ethers by the etherification of isobutene, contained in C4-C5 hydrocarbon streams, with linear alcohol, in the presence of acid catalysts, comprising the following essential steps: a) feeding the isobutene contained in C4-C5 hydrocarbon cuts, together with one or more streams containing linear alcohol, to a first reaction step; b) sending the stream leaving the first reaction step to a first distillation area separating a light stream from a heavy stream containing the desired ether; c) feeding the light stream separated in the first distillation area, together with one or more streams containing linear alcohol, to a second reaction step; d) sending the stream leaving the second reaction step to a second distillation area separating a light stream from a heavy stream containing ether, C4 hydrocarbons and alcohol which is recycled to the first distillation area; e) sending the light stream in the second distillation area to a recovery section of the linear alcohol contained therein; f) recycling the linear alcohol recovered in the recovery section to at least one of the two reaction steps; wherein the light stream separated in the first distillation area is in condensed form and wherein part of the light condensed stream separated in the first distillation area is recycled to the first reaction step, and wherein the light stream separated in the second distillation area is in condensed form and wherein part of the light condensed stream separated in the second distillation area is recycled to the first and/or second reaction step, and wherein the recovery section of the linear alcohol consists of a washing step with water effected by feeding the light stream separated in the second distillation area to a water washing column from whose head a hydrocarbon stream with a low content of oxygenated products is obtained, which is partly recycled to the first and/or second reaction step, and from whose bottom a hydro-alcoholic stream is obtained, which is sent to a distillation column from whose head the linear alcohol is recovered, and wherein the linear alcohol is selected from methanol and ethanol. a) feeding the isobutene contained in C4-C5 hydrocarbon cuts, together with one or more streams containing linear alcohol, to a first reaction step; b) sending the stream leaving the first reaction step to a first distillation area separating a light stream from a heavy stream containing the desired ether; c) feeding the light stream separated in the first distillation area, together with one or more streams containing linear alcohol, to a second reaction step; d) sending the stream leaving the second reaction step to a second distillation area separating a light stream from a heavy stream containing ether, C4 hydrocarbons and alcohol which is recycled to the first distillation area; e) sending the light stream in the second distillation area to a recovery section of the linear alcohol contained therein; f) recycling the linear alcohol recovered in the recovery section to at least one of the two reaction steps;