mhurhangee/ep-ind-claims huggingface dataset:
Actuator (10, 100) comprising: - a base - an intermediate structure, - an output interface, - two linear elements (14, 15, 41, 42, 43) producing a controllable extension in the same longitudinal direction, each between a first and a second end, a first of the two elements having a first end fixed onto the intermediate structure and a second end fixed onto the base, a second of the two elements having a first end fixed onto the intermediate structure and a second end fixed to the output interface, the base and the intermediate structure being positioned in such a manner that the controllable extension of the second element produces a displacement of the output interface in a first direction and the controllable extension of the first element produces a displacement of the output interface in a second direction, opposite to the first direction, with respect to the base, characterized in that the actuator comprises deformation gauges (31, 32, 33, 34) mounted on the elements (14, 15), in that the gauges (31, 32, 33, 34) are connected so as to amplify the effect with a view to a measurement of the extension between the base and the output interface, in that it comprises a control common to the two elements (14, 15, 41, 42, 43), in that the control is configured so as to have a first effect within the extension and the retraction on one element (14, 42, 43) and a second effect within the extension and the retraction, inverse to the first effect, on the second element (15, 41), in that the base, the intermediate structure, the output interface and the two elements (14, 15, 41, 42, 43) form several components forming a stack and in that it comprises a thermal regulation insert positioned between two components of the stack, in that the intermediate structure has a U shape composed of a central part parallel to the longitudinal direction, of a first part onto which the second element is fixed and of a second part parallel to the first part, substantially perpendicular to the central part, and in that the thermal regulation insert is positioned between the second part and the first element. - a base - an intermediate structure, - an output interface, - two linear elements (14, 15, 41, 42, 43) producing a controllable extension in the same longitudinal direction, each between a first and a second end, a first of the two elements having a first end fixed onto the intermediate structure and a second end fixed onto the base, a second of the two elements having a first end fixed onto the intermediate structure and a second end fixed to the output interface,
Method for handling fuel vapors onboard a hybrid vehicle comprising an internal combustion engine or ICE and a fuel system for said ICE, according to which the fuel vapors generated in the fuel system are at least partly condensed using an absorption refrigeration device, characterized in that said absorption refrigeration device comprises a regenerator that uses as heat source, the heat of combustion of part of the fuel vapors which are therefore burnt in an adequate device.
An aerodynamic structure for an aircraft, comprising a leading edge skin panel (1, 2), the leading edge skin panel (1, 2) comprising a plurality of attachment components (12, 13a-c, 22, 32, 42) for attaching the leading edge skin panel to the structure, characterised in that only one of the attachment components is a primary attachment component (12, 22, 32) which substantially prevents spanwise relative movement between the leading edge skin panel and the structure, and the or each other attachment component is a secondary attachment component (13a-c, 42) which permits a predetermined amount of spanwise relative movement between the leading edge skin panel and the structure.
An apparatus for implementing frame alignment in a passive optical network, comprising: a receiver configured to receive a frame comprising a synchronization parameter and a time information; a synchronization state machine, wherein the synchronization state machine, configured to: in a PreSync state, proceed to a synchronization state if the synchronization parameter comprises a fixed pattern, FP, and if the time information is equal to a locally stored value, wherein the locally stored value is related to the time information of a previous frame. a receiver configured to receive a frame comprising a synchronization parameter and a time information; a synchronization state machine, wherein the synchronization state machine, configured to: in a PreSync state, proceed to a synchronization state if the synchronization parameter comprises a fixed pattern, FP, and if the time information is equal to a locally stored value, wherein the locally stored value is related to the time information of a previous frame.
A method for fabricating a photonic device comprising the steps of: preparing a substrate, forming a buffer layer with a composition of AlaGabIncN with a+b+c=1, a, b, c≥0 by a MOCVD method, and epitaxially growing multilayered thin films with a composition of AlxGayInzN with x+y+z=1, x, y, z≥0 by a MOCVD method, on condition that the Al component of a portion of the buffer layer with the lowest Al content is set to be larger than that of at least the thickest layer of the multilayered thin films, and the Al component of the buffer layer is decreased continuously or stepwise from the side of the substrate to the side of the multilayered thin films therein, characterized in that a carrier gas flow rate ratio defined as a H 2 carrier gas flow rate divided by a N 2 carrier gas flow rate in forming the buffer layer is set to be larger than the one in forming the multilayered thin films. preparing a substrate, forming a buffer layer with a composition of AlaGabIncN with a+b+c=1, a, b, c≥0 by a MOCVD method, and epitaxially growing multilayered thin films with a composition of AlxGayInzN with x+y+z=1, x, y, z≥0 by a MOCVD method, on condition that the Al component of a portion of the buffer layer with the lowest Al content is set to be larger than that of at least the thickest layer of the multilayered thin films, and the Al component of the buffer layer is decreased continuously or stepwise from the side of the substrate to the side of the multilayered thin films therein, characterized in that a carrier gas flow rate ratio defined as a H 2 carrier gas flow rate divided by a N 2 carrier gas flow rate in forming the buffer layer is set to be larger than the one in forming the multilayered thin films.
Device for hybrid display, comprising at least one stack which comprises three superimposed display screens (E1, E2, E3) which have the same dimensions and means for generating and processing images, characterised in that the first display screen is a transparent emissive matrixed screen which constitutes the first face of the stack, the second display screen is a matrixed screen with controlled transparency, the third display screen is a transparent emissive matrixed screen which constitutes the second face of the stack, the second display screen being arranged between the first display screen and the third display screen in order to be able to block all or part of the image displayed by the first display screen and/or the third display screen, the stack of three screens thus being arranged so as to be able to display an image on the first face thereof and an image on the second face thereof.
An environmental control system for an aircraft comprising an air cycle machine, the air cycle machine comprising: at least one turbine (44a, 48) configured to provide energy by expanding at least two mediums (A1, A3), wherein the at least two mediums are provided at an outlet of the at least one turbine and form a heat sink within the environmental control system; and a compressor configured to receive energy from the at least two mediums expanded across the at least one turbine, wherein during a first mode of the compressing device, energy derived from a first medium of the at least two mediums is used to compress a second medium at the compressor and during a second mode of the compressing device, energy derived from both the first medium and a third medium of the at least two mediums is used to compress the second medium at the compressor; characterized by further comprising a ram air shell divided into a first region and a second region by a wall extending parallel to the flow of ram air through the shell, the ram air shell having heat exchangers therein, the second region being fluidly coupled to an outlet of the at least one turbine, wherein in the second mode the at least two mediums function as a heat sink within said heat exchangers for cooling said second medium in the second region. at least one turbine (44a, 48) configured to provide energy by expanding at least two mediums (A1, A3), wherein the at least two mediums are provided at an outlet of the at least one turbine and form a heat sink within the environmental control system; and a compressor configured to receive energy from the at least two mediums expanded across the at least one turbine, wherein during a first mode of the compressing device, energy derived from a first medium of the at least two mediums is used to compress a second medium at the compressor and during a second mode of the compressing device, energy derived from both the first medium and a third medium of the at least two mediums is used to compress the second medium at the compressor; characterized by further comprising a ram air shell divided into a first region and a second region by a wall extending parallel to the flow of ram air through the shell, the ram air shell having heat exchangers therein, the second region being fluidly coupled to an outlet of the at least one turbine, wherein in the second mode the at least two mediums function as a heat sink within said heat exchangers for cooling said second medium in the second region.
A Wireless Fidelity Wi-Fi hotspot recommendation method, wherein the method is applied to a terminal and comprises: scanning a Wi-Fi hotspot; determining an Internet-accessible hotspot in Wi-Fi hotspots that are obtained by means of scanning; determining network quality obtained when the terminal accesses a network by using the Internet-accessible hotspot; and displaying an identifier of the Internet-accessible hotspot and an identifier that indicates the network quality; wherein the determining network quality obtained when the terminal accesses a network by using the Internet-accessible hotspot comprises: connecting to the Internet-accessible hotspot; sending a network data loading request to the Internet-accessible hotspot; obtaining network data that is returned by the Internet-accessible hotspot and that is corresponding to the network data loading request; collecting a data loading parameter in the network data loading process, wherein the data loading parameter comprises at least one piece of Transmission Control Protocol TCP data or Wi-Fi over the air OTA data; and determining, according to the data loading parameter and a preset rating condition, the network quality obtained when the terminal accesses the network by using the Internet-accessible hotspot. scanning a Wi-Fi hotspot; determining an Internet-accessible hotspot in Wi-Fi hotspots that are obtained by means of scanning; determining network quality obtained when the terminal accesses a network by using the Internet-accessible hotspot; and displaying an identifier of the Internet-accessible hotspot and an identifier that indicates the network quality; wherein the determining network quality obtained when the terminal accesses a network by using the Internet-accessible hotspot comprises: connecting to the Internet-accessible hotspot; sending a network data loading request to the Internet-accessible hotspot; obtaining network data that is returned by the Internet-accessible hotspot and that is corresponding to the network data loading request; collecting a data loading parameter in the network data loading process, wherein the data loading parameter comprises at least one piece of Transmission Control Protocol TCP data or Wi-Fi over the air OTA data; and determining, according to the data loading parameter and a preset rating condition, the network quality obtained when the terminal accesses the network by using the Internet-accessible hotspot. connecting to the Internet-accessible hotspot; sending a network data loading request to the Internet-accessible hotspot; obtaining network data that is returned by the Internet-accessible hotspot and that is corresponding to the network data loading request; collecting a data loading parameter in the network data loading process, wherein the data loading parameter comprises at least one piece of Transmission Control Protocol TCP data or Wi-Fi over the air OTA data; and determining, according to the data loading parameter and a preset rating condition, the network quality obtained when the terminal accesses the network by using the Internet-accessible hotspot.
Gum base including - 30 to 70% by mass of an elastomer, - 1 to 20% by mass of wheat gluten, - 1 to 20% by mass of plasticizer, - 5 to 25% by mass of wax, said wax having a melting point of between 50 and 90 °C, and - 0.1 to 25% by mass of mineral filler. - 30 to 70% by mass of an elastomer, - 1 to 20% by mass of wheat gluten, - 1 to 20% by mass of plasticizer, - 5 to 25% by mass of wax, said wax having a melting point of between 50 and 90 °C, and - 0.1 to 25% by mass of mineral filler.
A method of installing a buoy onto an underwater construction, the method comprising, providing an underwater vehicle configured for underwater operation and transport of buoys under sea level; wherein the vehicle comprises a propulsion and steering system for manoeuvring the vehicle and a buoyancy adjustment system for adjusting the buoyancy of the vehicle during underwater operation; wherein the vehicle comprises a vehicle frame and a gripper system extending from the frame; the gripper system comprising a gripper for gripping and releasing a buoy, the gripper system further comprising an adjustment mechanism (29, 30, 31) for adjusting the gripper orientation relatively to the vehicle frame for installing a buoy in controlled orientation onto a construction or for de-installing the buoy therefrom; wherein the method further comprises: providing a buoy in the gripper; navigating the vehicle with the buoy to the underwater construction; determining a location on the underwater construction for installing the buoy; determining a specific necessary orientation and position of the buoy for installing; adjusting the gripper relatively to the vehicle frame in order for the actual orientation of the buoy in the gripper to match the specific necessary orientation of the buoy; navigating the vehicle with the buoy in the gripper to match the specific necessary position of the buoy; and installing the buoy at the construction in the specific necessary orientation and position; characterized in that the buoyancy adjustment system is arranged on the gripper system remotely from the frame for adjusting the buoyancy of the vehicle during underwater operation; the buoyancy adjustment system comprises two sets of tanks capable of specific buoyancy adjustment of the gripper independently of each other; increasing the buoyance of the buoyancy adjustment system to a level corresponding to the buoyancy of the buoy; and releasing the buoy from the gripper. providing a buoy in the gripper; navigating the vehicle with the buoy to the underwater construction; determining a location on the underwater construction for installing the buoy; determining a specific necessary orientation and position of the buoy for installing; adjusting the gripper relatively to the vehicle frame in order for the actual orientation of the buoy in the gripper to match the specific necessary orientation of the buoy; navigating the vehicle with the buoy in the gripper to match the specific necessary position of the buoy; and installing the buoy at the construction in the specific necessary orientation and position; characterized in that the buoyancy adjustment system is arranged on the gripper system remotely from the frame for adjusting the buoyancy of the vehicle during underwater operation; the buoyancy adjustment system comprises two sets of tanks capable of specific buoyancy adjustment of the gripper independently of each other; increasing the buoyance of the buoyancy adjustment system to a level corresponding to the buoyancy of the buoy; and releasing the buoy from the gripper.
Actuation plate with symbol illumination for a sensor switch button, said plate comprising a support plate, through which an opening extends, wherein a metal layer is applied on a first surface of the support plate, wherein a luminous layer of light-scattering material is applied on the first surface of the support plate and at least partially on the metal layer, and wherein a first end of a light guide projects through the opening and a second end of the light guide is optically connected to a light source, wherein the luminous layer is adjacent to the first end of the light guide, wherein the support plate is without openings in the area in which the luminous layer is applied on the metal layer or on the support plate.
An electrostatic coalescing device comprising: - a vessel or a pipe through which a fluid to be treated may flow, - at least one metal electrode plate and transformer arranged inside said pipe/vessel, wherein the metal electrode plate and the transformer are fully enclosed by insulation to form a module, and wherein said transformer comprises a low voltage connection so that it can be electrically connected to an external alternating low voltage source/power supply located outside the vessel/pipe, said transformer having a first end of a high voltage winding connected electrically to the metal plate within the insulation, wherein the module is configured to be fully submerged in the flow to be treated. - a vessel or a pipe through which a fluid to be treated may flow, - at least one metal electrode plate and transformer arranged inside said pipe/vessel, wherein the metal electrode plate and the transformer are fully enclosed by insulation to form a module, and wherein said transformer comprises a low voltage connection so that it can be electrically connected to an external alternating low voltage source/power supply located outside the vessel/pipe, said transformer having a first end of a high voltage winding connected electrically to the metal plate within the insulation,
A washing method, comprising: a turbo wash setting step of setting turbo wash for spraying water into a drum through a spiral nozzle (50, 60), when laundry rotates while being attached to the drum by a rotation of the drum; and a continuous water supply step of supplying water into a tub; characterized by a regular washing step of canceling the turbo wash when a time taken for a water level inside the tub to reach a target level is longer than a target time so that the water is not sprayed through the spiral nozzle (50, 60) when the laundry rotates while being attached to the drum by the rotation of the drum. a turbo wash setting step of setting turbo wash for spraying water into a drum through a spiral nozzle (50, 60), when laundry rotates while being attached to the drum by a rotation of the drum; and a continuous water supply step of supplying water into a tub; characterized by a regular washing step of canceling the turbo wash when a time taken for a water level inside the tub to reach a target level is longer than a target time so that the water is not sprayed through the spiral nozzle (50, 60) when the laundry rotates while being attached to the drum by the rotation of the drum.
A recombinant attenuated bovine leukemia virus characterised in that the virus comprises: - a mutation in the nucleic acid sequence encoding the most N-terminal YXXL signalling motif of the cytoplasmic domain of the transmembrane subunit of the envelope protein, said mutation disrupting the signal transduction activity of the motif, - a mutation in G4 restricting the propagation of the BLV in vivo, and - a mutation in R3 restricting the propagation of the BLV in vivo. - a mutation in the nucleic acid sequence encoding the most N-terminal YXXL signalling motif of the cytoplasmic domain of the transmembrane subunit of the envelope protein, said mutation disrupting the signal transduction activity of the motif, - a mutation in G4 restricting the propagation of the BLV in vivo, and - a mutation in R3 restricting the propagation of the BLV in vivo.
A method of processing data using an A/V decoder having a recovery device, at least one data processing device (214A; 410) and an output device (216A; 510) said method comprising the steps of: receiving input data of a first input data stream; recovering a system time reference from the input data using said recovery device; pushing the input data from the recovery device to said data processing device (214A, 410); processing the input data of the first input data stream in said data processing device (214A, 410) using a fixed clock asynchronous to said system timing reference simultaneously with input data of a second input data stream using said fixed clock; pulling the processed data from the data processing device (214A, 410) to said output device (216A; 510); and outputting the processed data from said output device (216A; 510) at a data rate locked to said system timing reference such that the output data rate matches the system time reference. receiving input data of a first input data stream; recovering a system time reference from the input data using said recovery device; pushing the input data from the recovery device to said data processing device (214A, 410); processing the input data of the first input data stream in said data processing device (214A, 410) using a fixed clock asynchronous to said system timing reference simultaneously with input data of a second input data stream using said fixed clock; pulling the processed data from the data processing device (214A, 410) to said output device (216A; 510); and outputting the processed data from said output device (216A; 510) at a data rate locked to said system timing reference such that the output data rate matches the system time reference.
Method of producing aluminium strip in a coupled casting and rolling process, comprising the method steps: - melting an aluminium raw material comprising at least one aluminium alloy in at least one smelting unit, - casting the melt to form a cast strip by means of at least one strip casting machine, - rolling the hot strip in a rolling installation comprising at least one rolling device for reshaping the hot strip for the purpose of thickness and/or width reduction, characterised by the method steps - determining the alloy composition of the melt and - regulating and/or controlling at least one reshaping parameter of the rolling installation in dependence on the alloy composition of the melt. - melting an aluminium raw material comprising at least one aluminium alloy in at least one smelting unit, - casting the melt to form a cast strip by means of at least one strip casting machine, - rolling the hot strip in a rolling installation comprising at least one rolling device for reshaping the hot strip for the purpose of thickness and/or width reduction, characterised by the method steps - determining the alloy composition of the melt and - regulating and/or controlling at least one reshaping parameter of the rolling installation in dependence on the alloy composition of the melt.