mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: a surface slope determination system configured to measure a plurality of distances between an aircraft and a surface; an inertial navigation system configured to sense aircraft attitude information for the aircraft; a flight control system communicatively coupled to the surface slope determination system and the inertial navigation system, the flight control system configured to estimate a slope angle of the surface based on the plurality of measured distances, the flight control system further configured to determine one or more approach characteristics based on the slope angle and the aircraft attitude information, the flight control system additionally configured to identify a warning condition and perform one or more avoidance measures when one or more of the approach characteristics exceeds a predetermined threshold; and a pilot cuing device communicatively coupled to the flight control system, the pilot cuing device configured to generate a notification when the warning condition is identified, characterised in that the surface comprises a moving surface and the flight control system is further configured to measure a rate of change of the slope angle of the surface of the moving surface. a surface slope determination system configured to measure a plurality of distances between an aircraft and a surface; an inertial navigation system configured to sense aircraft attitude information for the aircraft; a flight control system communicatively coupled to the surface slope determination system and the inertial navigation system, the flight control system configured to estimate a slope angle of the surface based on the plurality of measured distances, the flight control system further configured to determine one or more approach characteristics based on the slope angle and the aircraft attitude information, the flight control system additionally configured to identify a warning condition and perform one or more avoidance measures when one or more of the approach characteristics exceeds a predetermined threshold; and a pilot cuing device communicatively coupled to the flight control system, the pilot cuing device configured to generate a notification when the warning condition is identified, characterised in that the surface comprises a moving surface and the flight control system is further configured to measure a rate of change of the slope angle of the surface of the moving surface.
A method for forming a metal-polymer composite nanoparticle, comprising dissolving a polymer in a first solvent at a first concentration to form a polymer solution, dissolving a metal salt in a second solvent at a second concentration to form a metal salt solution, and through flash nanoprecipitation mixing the polymer solution with the metal salt solution to form the metal-polymer composite nanoparticle having a surface, wherein the metal is concentrated at the surface, and wherein the second solvent is a nonsolvent for the polymer, wherein the polymer is an amphiphilic block copolymer, and wherein the polymer is polystyrene-block-poly(vinylpyridine), wherein the metal is selected from the group consisting of gold, platinum, silver, palladium, copper, cobalt, iron, and combinations, wherein the mixing of the polymer solution with the metal salt solution further comprises mixing with a collection solution, wherein the collection solution comprises a reducing agent, and wherein the collection solution comprises a stabilizer. dissolving a polymer in a first solvent at a first concentration to form a polymer solution, dissolving a metal salt in a second solvent at a second concentration to form a metal salt solution, and through flash nanoprecipitation mixing the polymer solution with the metal salt solution to form the metal-polymer composite nanoparticle having a surface, wherein the metal is concentrated at the surface, and wherein the second solvent is a nonsolvent for the polymer, the metal-polymer composite nanoparticle having a surface, wherein the metal is concentrated at the surface, and wherein the second solvent is a nonsolvent for the polymer, wherein the polymer is an amphiphilic block copolymer, and wherein the polymer is polystyrene-block-poly(vinylpyridine), wherein the metal is selected from the group consisting of gold, platinum, silver, palladium, copper, cobalt, iron, and combinations, wherein the mixing of the polymer solution with the metal salt solution further comprises mixing with a collection solution, wherein the collection solution comprises a reducing agent, and wherein the collection solution comprises a stabilizer.
Apparatus for optically monitoring moving components during operation, wherein the component to be monitored moves during running operation and the components is monitored when in motion, comprising at least one first camera whose image capture region is able to be influenced by a tracking device so as to have the first camera track the movement of the component to be monitored, and which camera is configured to record at least one image of at least one partial area to be monitored of the component to be monitored, wherein the apparatus furthermore comprises at least one second camera which is configured to capture at least one image of the component to be monitored, and the apparatus furthermore comprises an open-loop or closed-loop control device which is able to be supplied with image data from the second camera and which can be used to generate an open-loop or closed-loop control signal and supply the latter to the tracking device, characterized in that the first camera is additionally rotatable about its optical axis or the image sensor of the first camera is rotatable about the optical axis of the first camera, in such a way that the relative alignment of the partial area to be captured of the component and the first camera remains constant while the image is recorded. the apparatus furthermore comprises at least one second camera which is configured to capture at least one image of the component to be monitored, and the apparatus furthermore comprises an open-loop or closed-loop control device which is able to be supplied with image data from the second camera and which can be used to generate an open-loop or closed-loop control signal and supply the latter to the tracking device, characterized in that the first camera is additionally rotatable about its optical axis or the image sensor of the first camera is rotatable about the optical axis of the first camera, in such a way that the relative alignment of the partial area to be captured of the component and the first camera remains constant while the image is recorded.
A combination composition comprising two or more layers, characterized in that one layer of said composition comprises vildagliptin or a pharmaceutically acceptable salt or polymorph of vildagliptin, the other layer of said composition comprises gliclazide or a pharmaceutically acceptable salt or polymorph of gliclazide, said composition comprises at least one further film coating layer, coating each said layer separately, or the combined surfaces of said layers, and comprising polyethylene glycol-polyvinyl alcohol copolymer or methacrylate polymer in an amount corresponding to 1 to 5% of the total composition weight.
A process for obtaining a substrate provided on at least one of its sides with a coating, comprising a step of depositing said coating then a step of heat treatment of said coating using a main laser radiation, said process being characterized in that at least one portion (5, 14) of the main laser radiation transmitted through said substrate and/or reflected by said coating is redirected in the direction of said substrate in order to form at least one secondary laser radiation (6, 7, 18), the angle formed by the main radiation and/or the secondary radiation (6, 7, 18) and the normale to the substrate being non-zero.
A method for regenerating a system for removing one or more of water, carbon dioxide and oxygenated hydrocarbons from a feed fluid, the feed fluid comprising primarily a hydrocarbon and the method comprising in a single vessel: contacting an oxidized copper-based material and an adsorbent, the copper-based material and the adsorbent being a packed bed containing more than one layer of purification materials, in the single vessel, with an inert gas heated to a first temperature above an ambient temperature for removing hydrocarbon adsorbed thereon; adding a reducing agent to the heated inert gas for reducing the copper-based material; increasing a concentration of reducing agent added in the heated inert gas contacting the copper-based material and the adsorbent; heating the inert gas and the reducing agent to a second temperature higher than the first temperature; and contacting the copper-based material and the adsorbent with the inert gas and the reducing agent at the second temperature. contacting an oxidized copper-based material and an adsorbent, the copper-based material and the adsorbent being a packed bed containing more than one layer of purification materials, in the single vessel, with an inert gas heated to a first temperature above an ambient temperature for removing hydrocarbon adsorbed thereon; adding a reducing agent to the heated inert gas for reducing the copper-based material; increasing a concentration of reducing agent added in the heated inert gas contacting the copper-based material and the adsorbent; heating the inert gas and the reducing agent to a second temperature higher than the first temperature; and contacting the copper-based material and the adsorbent with the inert gas and the reducing agent at the second temperature.
Apparatus for controlling and regulating the flexibility and stiffness of an endodontic super-elastic file, composed by a hand-piece comprising a super-elastic file having a transition temperature T with a head portion connected to the hand-piece, a contiguous neck portion and a cutting portion up to the tip, said apparatus including file temperature measurements means, motor speed and torque measurement means, an inner piping for fluids, and a heating and cooling system managed by a programmable Control Unit, wherein the heating and cooling system is suitable for adjusting the temperature of said file from a starting temperature Ts to an adjusted temperature T a, wherein said heating and cooling system is made of at least one duct where cooling and heating fluids can flow towards the file, a nozzle for spreading said fluids towards the file and connected to said duct, and in that it comprises flow control means in order to activate and control the spreading of the fluids, means for regulating the fluids temperature and displaying means to visualize settings and measurements, wherein said CU acquires the torque and the starting temperature Ts of the file and calculates a temperature value T a according to a mathematical relationship with the measured torque, shows all values on the displaying means and sets the means for regulating the fluids temperature to said value T a, so that the file is heated to a temperature T a > T or cooled to a temperature T a < T in order to control its flexibility and stiffness.
Device for the injection moulding of an item comprising, on at least one so-called functional face, a first protruding peripheral part (e) provided with a connecting edge (a) for the connection with another face, said device including mould elements (1, 2, 3), the mould elements being capable of being moved relative to one other, and engaging with one another in a sealing manner by delimiting therebetween parting surfaces (12, 23, 31) as well as a cavity intended to be filled with a liquid plastic material via injection channels (p) in order to form said item after ejection from the mould, such that it comprises a mould element for forming the first protruding part (e) of the item having a parting surface with an immediately adjacent front mould element that is angularly oriented, from said edge (a) and over at least one portion of the length thereof, relative to the direction of ejection, such that said mould element of the protruding part has a draft intended for the moulding of the protrusion (e) and connecting towards the front to the parting surface by a chamfer (r) extending as far as said edge (a), in that the cavity is annular and said parting surface is oriented, over at least one portion of the length thereof, by an angle (α) that lies in the range 10° to 80° relative to the axis of symmetry of the annular cavity, the axis of symmetry of the cavity being parallel to the direction of ejection and in that it comprises a central mould element ensuring the moulding of a second protruding part (e) having a so-called second edge and having a parting surface with said front mould element, angularly oriented by an angle that lies in the range 10° to 80° relative to the axis of symmetry of the angular cavity, from the second edge (a) and at least over a portion of the length thereof, relative to the direction of ejection.
A method of radio bearer transmission in dual connectivity for an evolved nodeB, eNB, in a long term evolution, LTE, system, the method comprising: determining a RB type for transmitting the RB to a mobile device, wherein the RB type includes a split RB which is transmitted by resources of both the eNB and a wireless local area network access point, WLAN AP, an assisted RB which is transmitted by resource of the WLAN AP, or a normal RB which is transmitted by resource of the eNB; transmitting a RB type change indication indicating the split RB, the assisted RB, or the normal RB of the determined RB type, to the mobile device; according to the determined RB type, generating at least a packet data convergence protocol protocol data unit, PDCP PDU, by a PDCP entity of the eNB corresponding to a radio bearer, RB,; assigning each PDCP PDU to be transmitted to the WLAN AP with an identity, wherein the identity indicates which PDCP entity the PDCP PDU belongs to; transmitting the PDCP PDU with the identity to the WLAN AP; receiving a private AP configuration indicating a configuration for a PDCP PDU transmission, from the WLAN AP, wherein the private AP configuration includes at least one of a private SSID, central frequency and/or bandwidth for the mobile device, security information for association, and IP address of the mobile device and time pattern, wherein the private AP configuration is received within an AP Resource Acknowledgement; and transmitting the private AP configuration to the mobile device to enable the mobile device to perform PDCP PDU reception from the WLAN AP according to the private AP configuration. determining a RB type for transmitting the RB to a mobile device, wherein the RB type includes a split RB which is transmitted by resources of both the eNB and a wireless local area network access point, WLAN AP, an assisted RB which is transmitted by resource of the WLAN AP, or a normal RB which is transmitted by resource of the eNB; transmitting a RB type change indication indicating the split RB, the assisted RB, or the normal RB of the determined RB type, to the mobile device; according to the determined RB type, generating at least a packet data convergence protocol protocol data unit, PDCP PDU, by a PDCP entity of the eNB corresponding to a radio bearer, RB,; assigning each PDCP PDU to be transmitted to the WLAN AP with an identity, wherein the identity indicates which PDCP entity the PDCP PDU belongs to; transmitting the PDCP PDU with the identity to the WLAN AP; receiving a private AP configuration indicating a configuration for a PDCP PDU transmission, from the WLAN AP, wherein the private AP configuration includes at least one of a private SSID, central frequency and/or bandwidth for the mobile device, security information for association, and IP address of the mobile device and time pattern, wherein the private AP configuration is received within an AP Resource Acknowledgement; and transmitting the private AP configuration to the mobile device to enable the mobile device to perform PDCP PDU reception from the WLAN AP according to the private AP configuration.
An expanded beam ferrule (12S, 12R, 12, 12T, 12P, 12', 112, 112'), comprising: a first ferrule halve (14, 14', 114, 114') having at least one first reflective surface located near a distal end of the first ferrule halve; a second ferrule halve (13, 13', 113, 113') having at least one second reflective surface located near a distal end of the second ferrule halve, wherein the first ferrule halve and the second ferrule halve together retain at least one optical fiber, wherein the first reflective surface overlaps the second reflective surface in a plane perpendicular to a longitudinal axis of the ferrule, wherein the first reflective surface of the first ferrule halve reflects and diverges light from the optical fiber to the second reflective surface of the second ferrule halve or reflects and focuses light from the second reflective surface of the second ferrule halve to the optical fiber, and wherein the second reflective surface reflects and collimates light from the first reflective surface to exterior of the ferrule or reflects and converges light from exterior of the ferrule to the first reflective surface, wherein input/output of the ferrule is a collimated light parallel to the mid-plane of the ferrule, and wherein the second reflective surface is a concave reflective surface, characterized in that the first reflective surface is a convex reflective surface. a first ferrule halve (14, 14', 114, 114') having at least one first reflective surface located near a distal end of the first ferrule halve; a second ferrule halve (13, 13', 113, 113') having at least one second reflective surface located near a distal end of the second ferrule halve, wherein the first ferrule halve and the second ferrule halve together retain at least one optical fiber, wherein the first reflective surface overlaps the second reflective surface in a plane perpendicular to a longitudinal axis of the ferrule, wherein the first reflective surface of the first ferrule halve reflects and diverges light from the optical fiber to the second reflective surface of the second ferrule halve or reflects and focuses light from the second reflective surface of the second ferrule halve to the optical fiber, and wherein the second reflective surface reflects and collimates light from the first reflective surface to exterior of the ferrule or reflects and converges light from exterior of the ferrule to the first reflective surface, wherein input/output of the ferrule is a collimated light parallel to the mid-plane of the ferrule, and wherein the second reflective surface is a concave reflective surface, characterized in that the first reflective surface is a convex reflective surface.
An ultrasonic fluid flow meter, the meter comprising a fluid conduit and a first and a second ultrasonic transducer (17a, 17b) in facing alignment for measuring a fluid flow in the fluid conduit, wherein the fluid conduit comprises a flow channel with a smooth axially extending internal wall profile defining a section of reduced internal cross-sectional area between said first and second ultrasonic transducers; wherein the flow channel is substantially rotationally symmetric about a central longitudinal axis thereof; wherein between an inlet or outlet of the flow channel and the section of reduced internal cross-sectional area in a direction towards the section of reduced internal cross-sectional area, the internal wall profile of the flow channel includes a concave radius followed by a convex radius; and wherein the concave radius is between 10 and 20mm and the convex radius is between 25 and 35 mm.
A method for monitoring interaction between services, comprising: deploying at least two services to a services registry of a services registry server; identifying a plurality of design time dependencies between the at least two services without calling and executing the at least two services in a system; identifying, based on monitored transactions, a plurality of run time dependencies between the at least two services, wherein each of the monitored transactions includes an origin and a destination; and wherein each of the monitored transactions is associated with a unique transaction identifier; building a context of a set of contexts using the plurality of design time dependencies and the plurality of run time dependencies; utilizing the set of contexts, setting a baseline state of the system; in response to determining that a current value of the context does not deviate beyond a pre-determined threshold from a historical value of the context, determining whether the system remains operational and transactions continue to flow; and in response to determining that the system remains operational, maintaining the set of contexts, wherein maintaining the set of contexts includes analyzing newly identified service dependencies and analyzing changes between previously identified interactions between the at least two services. deploying at least two services to a services registry of a services registry server; identifying a plurality of design time dependencies between the at least two services without calling and executing the at least two services in a system; identifying, based on monitored transactions, a plurality of run time dependencies between the at least two services, wherein each of the monitored transactions includes an origin and a destination; and wherein each of the monitored transactions is associated with a unique transaction identifier; wherein each of the monitored transactions includes an origin and a destination; and wherein each of the monitored transactions is associated with a unique transaction identifier; building a context of a set of contexts using the plurality of design time dependencies and the plurality of run time dependencies; utilizing the set of contexts, setting a baseline state of the system; in response to determining that a current value of the context does not deviate beyond a pre-determined threshold from a historical value of the context, determining whether the system remains operational and transactions continue to flow; and in response to determining that the system remains operational, maintaining the set of contexts, wherein maintaining the set of contexts includes analyzing newly identified service dependencies and analyzing changes between previously identified interactions between the at least two services.
Motor vehicle having a radiator cover arranged in the front area of the motor vehicle and at least one sensor fixed to the radiator cover and associated to an environmental monitoring device for monitoring a close range in front of the motor vehicle, characterised in that the motor vehicle comprises at least one actuator by which the radiator cover, for variation of the monitoring area of the sensor, can be wholly or partly pivoted around a pivot axis substantially running in a transverse direction of the vehicle between at least two pivot positions.