mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: a sensor, which is responsive to receipt of an initiation signal, via a first communications channel, from a computing device, to generate and store first security information and to transmit, wirelessly via a second communications channel different from the first communications channel, a first message comprising information representing at least a part of the first security information; and a Wireless Access Point, WAP, which is remote from the sensor and which is arranged to receive the first message from the sensor via the second communications channel and store the first message, and, responsive to receipt of the first message from the sensor via the second communications channel, to generate and store second security information, and wherein the WAP is arranged to transmit wirelessly to the computing device, via a third communications channel different from the first communications channel and the second communications channel, when the computing device is within range of the WAP, a second message comprising information representing at least a part of the second security information, wherein the sensor is arranged to receive at least the second message via only the first communications channel. a sensor, which is responsive to receipt of an initiation signal, via a first communications channel, from a computing device, to generate and store first security information and to transmit, wirelessly via a second communications channel different from the first communications channel, a first message comprising information representing at least a part of the first security information; and a Wireless Access Point, WAP, which is remote from the sensor and which is arranged to receive the first message from the sensor via the second communications channel and store the first message, and, responsive to receipt of the first message from the sensor via the second communications channel, to generate and store second security information, and wherein the WAP is arranged to transmit wirelessly to the computing device, via a third communications channel different from the first communications channel and the second communications channel, when the computing device is within range of the WAP, a second message comprising information representing at least a part of the second security information, wherein the sensor is arranged to receive at least the second message via only the first communications channel.
A display apparatus comprising: an image processor configured to convert an input image signal to a frame rate converted image signal; a controller configured to determine whether or not to perform frame rate conversion on an image signal corresponding to a graphic object together with the input image signal based on a characteristic of the graphic object and to control the image processor to generate the frame rate converted image signal by adding the image signal corresponding to the graphic object to the input image signal prior to frame rate conversion or by adding said object to the frame rate converted input image signal according to a result of the determination; wherein the characteristic of the graphic object includes at least one of a data size requirement to display the graphic object, a size of the graphic object displayed within the image, and a movement amount of the graphic object within the image; a display configured to display an image based on the frame rate converted image signal. an image processor configured to convert an input image signal to a frame rate converted image signal; a controller configured to determine whether or not to perform frame rate conversion on an image signal corresponding to a graphic object together with the input image signal based on a characteristic of the graphic object and to control the image processor to generate the frame rate converted image signal by adding the image signal corresponding to the graphic object to the input image signal prior to frame rate conversion or by adding said object to the frame rate converted input image signal according to a result of the determination; wherein the characteristic of the graphic object includes at least one of a data size requirement to display the graphic object, a size of the graphic object displayed within the image, and a movement amount of the graphic object within the image; a display configured to display an image based on the frame rate converted image signal.
A bypass turbojet engine for an aircraft, comprising, around its longitudinal axis (L-L): - a nacelle provided with a nacelle outer cowl and containing a fan generating the cold flow and a central generator generating the hot flow; - an annular cold flow duct created around said central hot flow generator; - a fan outer cowl delimiting said annular cold flow duct on said nacelle outer cowl side; - a cold flow outlet orifice of which the edge, which forms the trailing edge of said nacelle, is determined by said nacelle outer cowl and by said fan outer cowl converging toward one another until they meet; and - in the vicinity of said cold flow outlet orifice, a plurality of bosses distributed at the periphery of said fan outer cowl, projecting into said annular cold flow duct, delimiting between them longitudinal ducts and forming, for said cold flow, a convergent followed by a divergent connected to the edge of said cold flow outlet orifice, each boss having a convex face forming said convergent and said divergent and two planar lateral faces, which run longitudinally with respect to said turbojet engine, said convex face and said lateral faces giving said boss a cross section that evolves in a direction parallel to said longitudinal axis (L-L), characterized in that said convex face and said lateral faces give said boss an at least approximately rectangular cross section. - a nacelle provided with a nacelle outer cowl and containing a fan generating the cold flow and a central generator generating the hot flow; - an annular cold flow duct created around said central hot flow generator; - a fan outer cowl delimiting said annular cold flow duct on said nacelle outer cowl side; - a cold flow outlet orifice of which the edge, which forms the trailing edge of said nacelle, is determined by said nacelle outer cowl and by said fan outer cowl converging toward one another until they meet; and - in the vicinity of said cold flow outlet orifice, a plurality of bosses distributed at the periphery of said fan outer cowl, projecting into said annular cold flow duct, delimiting between them longitudinal ducts and forming, for said cold flow, a convergent followed by a divergent connected to the edge of said cold flow outlet orifice, each boss having a convex face forming said convergent and said divergent and two planar lateral faces, which run longitudinally with respect to said turbojet engine, said convex face and said lateral faces giving said boss a cross section that evolves in a direction parallel to said longitudinal axis (L-L),
A method of preparing a superabsorbent polymer, comprising reacting a water-soluble ethylenic unsaturated monomer, a photoinitiator, a crosslinking agent, and a thermal polymerization initiator, in the presence of a water-soluble metal salt, wherein the water-soluble metal salt comprises at least one selected from the group consisting of sodium sulfate, potassium sulfate, and lithium sulfate.
A method for transmitting an uplink measurement report message in a wireless dual connectivity communication network, the method being performed in a wireless device connected to the network over at least a first and a second wireless link, the method comprising: - determining a transmission mode based on a type of measurement report; the alternative transmission modes comprising: transmitting on the first wireless link; transmitting on the second wireless link; and transmitting on both the first and the second wireless links; and - transmitting the uplink measurement report message according to the determined transmission mode. - determining a transmission mode based on a type of measurement report; the alternative transmission modes comprising: transmitting on the first wireless link; transmitting on the second wireless link; and transmitting on both the first and the second wireless links; and - transmitting the uplink measurement report message according to the determined transmission mode.
A method of allocating portions of a frame to a plurality of mobile units (210) comprising a plurality of frequency subcarrier sets and a plurality of symbols, comprising: determining at least one zone (425, 430) comprising at least one of the plurality of subcarrier sets and at least one of the plurality of symbols; determining a plurality of subzones (435, 440), each subzone (435, 440) comprising at least one of the plurality of subcarrier sets and at least one of the plurality of symbols in said at least one zone (425, 430); associating each of the plurality of mobile units (210) with at least one of the subzones (435,440); and allocating a portion of the subcarrier sets and symbols in each subzone (435, 440) to the mobile units (210) associated with each subzone (435, 440), characterized in that allocating the frequency subcarrier sets and symbols in each subzone (435, 440) to the mobile units (210) associated with each subzone (435, 440) comprises allocating the subcarrier sets and symbols by applying at least one scheduling algorithm to the mobile units (210) associated with each subzone (435, 440), wherein the mobile units (210) are independently scheduled within each subzone (435, 440). determining at least one zone (425, 430) comprising at least one of the plurality of subcarrier sets and at least one of the plurality of symbols; determining a plurality of subzones (435, 440), each subzone (435, 440) comprising at least one of the plurality of subcarrier sets and at least one of the plurality of symbols in said at least one zone (425, 430); associating each of the plurality of mobile units (210) with at least one of the subzones (435,440); and allocating a portion of the subcarrier sets and symbols in each subzone (435, 440) to the mobile units (210) associated with each subzone (435, 440), characterized in that allocating the frequency subcarrier sets and symbols in each subzone (435, 440) to the mobile units (210) associated with each subzone (435, 440) comprises allocating the subcarrier sets and symbols by applying at least one scheduling algorithm to the mobile units (210) associated with each subzone (435, 440), wherein the mobile units (210) are independently scheduled within each subzone (435, 440).
An electric power-feeding structure for feeding electric power to a moving body which is driven to be raised or lowered, comprising: an arm having a distal end connected to the moving body movably in a direction perpendicular to a raising or lowering direction of the moving body, and a proximal end rotatably supported by a base plate through a rotating shaft and adapted to be rotatably driven so as to swing, to thereby drive the raising or lowering of the moving body, wherein an electrical wire is routed alongside the arm, and one end of the electrical wire extending from the distal end of the arm is connected to the moving body to feed electric power to the moving body, characterized in that in a vicinity of the rotating shaft of the arm, the electrical wire is routed around the rotating shaft from a fixing portion on the base plate, at which the electrical wire is folded back and fixed, to a fixing portion on the arm close to the rotating shaft at which the electrical wire is fixed to the arm, so that the electrical wire is bent and deformed so that in conjunction with a swinging motion of the arm in a first direction, the radius of curvature of the electrical wire passing around the rotating shaft becomes large, and so that in conjunction with a swinging motion of the arm in a second direction opposite to the first direction, the radius of curvature of the electrical wire passing around the rotating shaft becomes small. an arm having a distal end connected to the moving body movably in a direction perpendicular to a raising or lowering direction of the moving body, and a proximal end rotatably supported by a base plate through a rotating shaft and adapted to be rotatably driven so as to swing, to thereby drive the raising or lowering of the moving body, wherein an electrical wire is routed alongside the arm, and one end of the electrical wire extending from the distal end of the arm is connected to the moving body to feed electric power to the moving body, characterized in that in a vicinity of the rotating shaft of the arm, the electrical wire is routed around the rotating shaft from a fixing portion on the base plate, at which the electrical wire is folded back and fixed, to a fixing portion on the arm close to the rotating shaft at which the electrical wire is fixed to the arm, from a fixing portion on the base plate, at which the electrical wire is folded back and fixed, to a fixing portion on the arm close to the rotating shaft at which the electrical wire is fixed to the arm, so that the electrical wire is bent and deformed so that in conjunction with a swinging motion of the arm in a first direction, the radius of curvature of the electrical wire passing around the rotating shaft becomes large, and so that in conjunction with a swinging motion of the arm in a second direction opposite to the first direction, the radius of curvature of the electrical wire passing around the rotating shaft becomes small.
An anti-vibration plug for machining tubes, intended for being inserted inside a tube to be machined, characterized in that it comprises a central body having at least three arms that open radially outwards, to come into contact with the inside of the tube, a blocking screen being arranged between the central body and the arms, wherein the blocking screen blocks the inside of the tube in the open position of the arms, whereas the central body has an axial hole wherein there is housed a piston which, by means of an external operating push, movably acts on a peripheral part which surrounds the central body and generates the movement of the arms, the peripheral part being subjected to a pushing force exerted by an elastic element in the opposite direction to that in which the piston pushes.
A method of validating the performance of a test facility that is suitable for testing components of a gas turbine engine, the test facility comprising a working apparatus, the method of validating the performance comprising: performing at different times a method of simulating a working aerofoil component of a gas turbine engine with a master component, the working aerofoil component having one or more cooling flow inlets, one or more cooling flow outlets, and one or more cooling flow passages therethrough, and the ratio of the number of flow outlets to the number of flow inlets being lower for the master component than for the working aerofoil component; the method of simulating comprising: substituting the working aerofoil component in the working apparatus with the master component; and operating the working apparatus in the same manner as if the working aerofoil component were present in the working apparatus, such that fluid flows into the master component through one or more flow inlets in the master component, through an internal flow passage in the master component, and out of the master component through one or more flow outlets; measuring a parameter representative of the performance of the test facility at each different time; and comparing the parameter measured at the different times to check for variation in the performance of the test facility. performing at different times a method of simulating a working aerofoil component of a gas turbine engine with a master component, the working aerofoil component having one or more cooling flow inlets, one or more cooling flow outlets, and one or more cooling flow passages therethrough, and the ratio of the number of flow outlets to the number of flow inlets being lower for the master component than for the working aerofoil component; the method of simulating comprising: substituting the working aerofoil component in the working apparatus with the master component; and operating the working apparatus in the same manner as if the working aerofoil component were present in the working apparatus, such that fluid flows into the master component through one or more flow inlets in the master component, through an internal flow passage in the master component, and out of the master component through one or more flow outlets; substituting the working aerofoil component in the working apparatus with the master component; and operating the working apparatus in the same manner as if the working aerofoil component were present in the working apparatus, such that fluid flows into the master component through one or more flow inlets in the master component, through an internal flow passage in the master component, and out of the master component through one or more flow outlets; measuring a parameter representative of the performance of the test facility at each different time; and comparing the parameter measured at the different times to check for variation in the performance of the test facility.
Automatic door system having a drive device for the automatic operation of at least one door leaf, having a control device for actuating the drive device, wherein the control device has a memory device for recording operating data for the automatic door system, characterized in that at least one reception device is provided for receiving the signal from at least one external location and time signal transmitter, and in that at least one computer device is provided for processing the signal captured by the reception device.
Device for actuating one or more moving parts, in particular for a motor vehicle turbocharger, the said device comprising a drive shaft, an output shaft, and a transmission system for transmitting a torque from the said drive shaft to the said output shaft, the said transmission system comprising at least one wheel (8a,8b) for transmitting the torque from the said drive shaft to the said output shaft, the said drive shaft and output shaft and the said transmission wheel(s) (8a, 8b) being rotatable about respective pivot axes (10m, 10a, 10b, 10s), the pivot axis of the or of at least one of the said transmission wheel (s) (8a, 8b) being offset from a plane comprising the pivot axes of the said drive shaft and output shaft, the said actuating device comprising a motor for rotationally driving the said drive shaft and wherein the said motor is provided with at least two power supply connectors (20a, 20b) projecting from the said motor) parallel to the said drive shaft and positioned inside an angular sector formed extending from the pivot axis of the drive shaft and forming an angle of less than 180o, the said transmission wheel(s) (8a, 8b) comprising respectively a shaft (11a, 11b) for rotatably mounting the said transmission wheel (s) (8a, 8b) about their pivot axis (11a, 11b) and/or the said transmission system comprising an output wheel, connected to the said output shaft, characterized in that the said device further comprises, on the one hand, sleeves (12a, 12b) for pivotably mounting the shaft (11a, 11b) of the said transmission wheel (s) (8a, 8b) and/or the said output shaft and, on the other hand, a spacer arranged between one of the said sleeves, i.e. short sleeve, and the wheel of the said transmission and/or output wheels, i.e. raised wheel, pivotably mounted on the said short sleeve, along the pivot axis of the said raised wheel, the said spacer having an external diameter smaller than an external diameter of the said short sleeve.
A circuit board mounting arrangement comprising: a circuit board; and a press fit mounting bushing (20; 20') including a cylindrical inner piece (26; 26') and an outer piece (36; 36') secured to said inner piece (26; 26'), said outer piece (36; 36') having a plurality of radially projecting, deformable elements, said circuit board having a cylindrical opening having a diameter less than an outer diameter of said radially projecting deformable elements of said outer piece (36; 36'), said deformable elements deforming when said mounting bushing (20; 20') is pushed into said cylindrical opening of said circuit board so as to hold said mounting bushing (20; 20') to said circuit board, wherein said cylindrical inner piece is made from metal and has a knurled outer surface or, at least a surface that has a rough texture, and wherein said outer piece is plastic and is secured to said knurled outer surface or said surface having a rough texture of said cylindrical inner piece. a circuit board; and a press fit mounting bushing (20; 20') including a cylindrical inner piece (26; 26') and an outer piece (36; 36') secured to said inner piece (26; 26'), said outer piece (36; 36') having a plurality of radially projecting, deformable elements, said circuit board having a cylindrical opening having a diameter less than an outer diameter of said radially projecting deformable elements of said outer piece (36; 36'), said deformable elements deforming when said mounting bushing (20; 20') is pushed into said cylindrical opening of said circuit board so as to hold said mounting bushing (20; 20') to said circuit board, wherein said cylindrical inner piece is made from metal and has a knurled outer surface or, at least a surface that has a rough texture, and wherein said outer piece is plastic and is secured to said knurled outer surface or said surface having a rough texture of said cylindrical inner piece.
Suspension stop of a motor vehicle, said suspension stop comprising an upper cup and a lower cup which are mounted in relative rotation about an axis, said cups being arranged to form between them at least one annular chamber which is delimited laterally by two walls (1a, 2a) from one of said cups respectively, said chamber having an external section formed between a bearing surface (1b, 2b) of one wall (1a, 2a) respectively, said suspension stop being characterised in that it comprises an external sealing element which has two complementary bearing surfaces, said external sealing element being mounted to be mobile in the external section between a stable position in which said complementary bearing surfaces are arranged at a distance from the bearing surfaces (1b, 2b) of said external section and a stressed position by bearing on said external sealing element in which said complementary bearing surfaces are forced against respectively one of said bearing surfaces to ensure the sealing of the external section at the interface thereof.
A solar battery module including a plurality of solar battery arrays in which solar battery cells having flexibility are electrically connected to one another through interconnectors, comprising: a plurality of cover glasses each secured on each light receiving surface for each said solar battery cell or to each light receiving surface for each said solar battery array by using a transmissive adhesive; and a plastic sheet secured to a back surface opposite to said light receiving surface of said solar battery cell or said light receiving surface of said solar battery array by using an adhesive, for serving as a support for said solar battery module, the difference in coefficient of thermal expansion between said plastic sheet and said cover glass being equal to or lower than 1 ppm/K. a plurality of cover glasses each secured on each light receiving surface for each said solar battery cell or to each light receiving surface for each said solar battery array by using a transmissive adhesive; and a plastic sheet secured to a back surface opposite to said light receiving surface of said solar battery cell or said light receiving surface of said solar battery array by using an adhesive, for serving as a support for said solar battery module, the difference in coefficient of thermal expansion between said plastic sheet and said cover glass being equal to or lower than 1 ppm/K.