mhurhangee/ep-ind-claims huggingface dataset:
A method for retrieval and transfer of encrypted content from a first set-top box, said method comprising the following steps: encrypting content to be stored on a first storage device of the first set-top box with a content instance key; encrypting said content instance key with a public key of the first set-top box; encrypting a duplicate of said content instance key with one or more public keys of other than the first set-top box, wherein said one or more public keys of other than the first set-top box is one or more public keys of a second set-top box; recording said encrypted content and said encrypted content instance keys on said first storage device; and detecting a failure of the first set-top box to decrypt the content instance key with a private key of the first set-top box. encrypting content to be stored on a first storage device of the first set-top box with a content instance key; encrypting said content instance key with a public key of the first set-top box; encrypting a duplicate of said content instance key with one or more public keys of other than the first set-top box, wherein said one or more public keys of other than the first set-top box is one or more public keys of a second set-top box; recording said encrypted content and said encrypted content instance keys on said first storage device; and detecting a failure of the first set-top box to decrypt the content instance key with a private key of the first set-top box.
A one-way speed limiter for a power door opening system mounted in an aircraft, the one-way speed limiter comprising: a first housing including a first wall including an outer surface and an inner surface, the inner surface defining a speed limiter receiving zone; a second housing extending into the first housing, the second housing including a flange having an inner surface section and a second wall extending outwardly from the flange the second wall including an outer surface portion that engages with the inner surface of the first housing and an inner surface portion that includes a stop feature; a ball housing including a ball member is rotatably supported in the speed limiter receiving zone, the ball member selectively engaging the stop feature to generate an axial force on the ball housing; a friction clutch disposed between the ball housing and the first housing, the friction clutch selectively retarding rotation of the ball housing; and a motor shaft selectively rotatably connected to the ball housing, the motor shaft including a first end supported at the ball housing and a second end, the motor shaft being rotatable relative to the ball housing in a first direction and selectively rotatably constrained relative to the ball housing in a second direction to selectively engage the friction clutch, and characterized in that the ball housing includes a central hub supporting a bearing and a one-way clutch axially spaced from the bearing, the motor shaft being operatively connected to the one-way clutch with the first end of the,motor shaft being supported by the bearing. a first housing including a first wall including an outer surface and an inner surface, the inner surface defining a speed limiter receiving zone; a second housing extending into the first housing, the second housing including a flange having an inner surface section and a second wall extending outwardly from the flange the second wall including an outer surface portion that engages with the inner surface of the first housing and an inner surface portion that includes a stop feature; a ball housing including a ball member is rotatably supported in the speed limiter receiving zone, the ball member selectively engaging the stop feature to generate an axial force on the ball housing; a friction clutch disposed between the ball housing and the first housing, the friction clutch selectively retarding rotation of the ball housing; and a motor shaft selectively rotatably connected to the ball housing, the motor shaft including a first end supported at the ball housing and a second end, the motor shaft being rotatable relative to the ball housing in a first direction and selectively rotatably constrained relative to the ball housing in a second direction to selectively engage the friction clutch, and characterized in that the ball housing includes a central hub supporting a bearing and a one-way clutch axially spaced from the bearing, the motor shaft being operatively connected to the one-way clutch with the first end of the,motor shaft being supported by the bearing.
A method for encoding data generated by one or several movement sensors coupled to a moving entity, for the identification of a position or movement of the moving entity on a time sequence, said method, executed by one or several processors, including: - a step of acquiring data generated by the movement sensor(s) coupled to the moving entity, said data including variable values in the form of time series, preferably said variable values include acceleration and angular speed values; - a step of calculating, from the data acquired over a time window, a plurality of descriptors, the calculation step being repeated for several consecutive time windows, the consecutive time windows forming the time sequence; and - a step of transforming the plurality of descriptors of each of the consecutive time windows forming the time sequence, said transformation step including a generation, for each of the descriptors, of a data coded on at most eight bits, said data coded on at most eight bits associated with the time sequence being representative of a position or movement of the moving entity on said time sequence. said method, executed by one or several processors, including: - a step of acquiring data generated by the movement sensor(s) coupled to the moving entity, said data including variable values in the form of time series, preferably said variable values include acceleration and angular speed values; - a step of calculating, from the data acquired over a time window, a plurality of descriptors, the calculation step being repeated for several consecutive time windows, the consecutive time windows forming the time sequence; and - a step of transforming the plurality of descriptors of each of the consecutive time windows forming the time sequence, - a step of acquiring data generated by the movement sensor(s) coupled to the moving entity, said data including variable values in the form of time series, preferably said variable values include acceleration and angular speed values; - a step of calculating, from the data acquired over a time window, a plurality of descriptors, the calculation step being repeated for several consecutive time windows, the consecutive time windows forming the time sequence; and - a step of transforming the plurality of descriptors of each of the consecutive time windows forming the time sequence, said transformation step including a generation, for each of the descriptors, of a data coded on at most eight bits, said data coded on at most eight bits associated with the time sequence being representative of a position or movement of the moving entity on said time sequence.
Cosmetic article, preferably a make-up article, in the form of a stick comprising: - a first cosmetic product, in the form of a stick having a substantially solid or pasty consistency at room temperature, which defines at least one internal cavity; and - a second cosmetic product (14, 14A) housed in at least one internal cavity, the second cosmetic product (14, 14A) comprising: i) up to 95% by weight of water, based on the weight of the second product 14, 14A, ii) a heat sensitive viscosifying agent comprising poloxamer, e iii) decorative solid elements, or fat-soluble dye, or a combination thereof, the first cosmetic product, at room temperature, being preferably transparent or translucent in order to make the contents of said internal cavity visible from the outside to a user. - a first cosmetic product, in the form of a stick having a substantially solid or pasty consistency at room temperature, which defines at least one internal cavity; and - a second cosmetic product (14, 14A) housed in at least one internal cavity, the second cosmetic product (14, 14A) comprising: i) up to 95% by weight of water, based on the weight of the second product 14, 14A, ii) a heat sensitive viscosifying agent comprising poloxamer, e iii) decorative solid elements, or fat-soluble dye, or a combination thereof, the first cosmetic product, at room temperature, being preferably transparent or translucent in order to make the contents of said internal cavity visible from the outside to a user. i) up to 95% by weight of water, based on the weight of the second product 14, 14A, ii) a heat sensitive viscosifying agent comprising poloxamer, e iii) decorative solid elements, or fat-soluble dye, or a combination thereof,
Method for producing a central wing box having an upper panel, a lower panel, a front spar and a rear spar, the upper edges of said spars (36, 38) approximately parallel to an axis Y being connected by the upper panel, and the lower edges of said spars (36, 38) approximately parallel to the axis Y being connected by the lower panel, characterized in that it consists of producing at least one panel and at least one spar from composite material in one piece.
A communication management component for organizing data exchanges between communicating devices (7, 8, 9, 10) of an Ethernet type network, the management component comprising: • interface means for connecting the management component with the communicating devices; • distribution means adapted to acquire incoming data coming from each communicating device via the interface means and to distribute it via the interface means to the other communicating devices; the communication management being characterized in that it also comprises: • processor means arranged to define at least one send group and at least one receive group, each constituted by communicating devices, and to control the distribution means in such a manner that the incoming data coming from a particular device referred to as the sender device belonging to the send group is distributed to the devices of the receive group with the exception of the send device, each communicating device of the send group in turn becoming the sender device in a first predefined sequence that is repeated cyclically. • interface means for connecting the management component with the communicating devices; • distribution means adapted to acquire incoming data coming from each communicating device via the interface means and to distribute it via the interface means to the other communicating devices; • processor means arranged to define at least one send group and at least one receive group, each constituted by communicating devices, and to control the distribution means in such a manner that the incoming data coming from a particular device referred to as the sender device belonging to the send group is distributed to the devices of the receive group with the exception of the send device, each communicating device of the send group in turn becoming the sender device in a first predefined sequence that is repeated cyclically.
Method of detecting changes in direction of a collimated coherent light beam, - wherein at least two partial beams (4, 5) are superimposed for forming an interference pattern which comprises light intensity minima and light intensity maxima alternatingly following to one another in at least one transvers direction running transversely to an average propagation direction of the at least two partial beams (4, 5), - wherein at least a part of the interference pattern that includes a plurality of the light intensity maxima is registered with a camera, and - wherein changes in position of the light intensity maxima with respect to the camera are determined from the pictures of the camera, characterized in - that the collimated coherent light beam with the changes in direction to be determined is split into the at least two partial beams (4, 5), - that the collimated coherent light beam is focused into a focus located in front of the camera, - that an average shift of the plurality of the light intensity maxima with respect to the camera is determined in the at least one transvers direction, and - that a change in angular position of the collimated coherent light beam in the at least one transvers direction is deduced from the average shift of the plurality of light intensity maxima with respect to the camera in this transvers direction. - wherein at least two partial beams (4, 5) are superimposed for forming an interference pattern which comprises light intensity minima and light intensity maxima alternatingly following to one another in at least one transvers direction running transversely to an average propagation direction of the at least two partial beams (4, 5), - wherein at least a part of the interference pattern that includes a plurality of the light intensity maxima is registered with a camera, and - wherein changes in position of the light intensity maxima with respect to the camera are determined from the pictures of the camera, - that the collimated coherent light beam with the changes in direction to be determined is split into the at least two partial beams (4, 5), - that the collimated coherent light beam is focused into a focus located in front of the camera, - that an average shift of the plurality of the light intensity maxima with respect to the camera is determined in the at least one transvers direction, and - that a change in angular position of the collimated coherent light beam in the at least one transvers direction is deduced from the average shift of the plurality of light intensity maxima with respect to the camera in this transvers direction.
An additive manufacturing system, comprising: - an additive manufacturing tool configured to receive a metallic material and to supply a plurality of droplets to a part at a work region of the part, wherein each droplet of the plurality of droplets comprises the metallic material; - a heating system configured to heat a substrate of the part, wherein the heating system is configured to generate a molten zone and a transition zone disposed about the molten zone; and - a controller configured to regulate respective positions of the additive manufacturing tool and the heating system such that the work region and the molten zone are colocated and such that the transition zone is disposed about the molten zone, wherein heating system comprises: - a primary laser system configured to generate a primary laser beam; and - a secondary laser system configured to generate a secondary laser beam, wherein the primary laser beam is configured to heat the molten zone, and the secondary laser beam is configured to heat the transition zone, characterized in that the secondary laser system is configured to shape the transition zone as an annular or ring-shaped zone disposed about the molten zone and to control a temperature of the transition zone, wherein the transition zone has a thickness of approximately 1/3 or 1/2 of a diameter of the molten zone, and wherein the controller is configured to regulate operation of the secondary laser system, such that the transition zone has a temperature within 5 to 20 degrees Centigrade less than the temperature of the molten zone. - an additive manufacturing tool configured to receive a metallic material and to supply a plurality of droplets to a part at a work region of the part, wherein each droplet of the plurality of droplets comprises the metallic material; - a heating system configured to heat a substrate of the part, wherein the heating system is configured to generate a molten zone and a transition zone disposed about the molten zone; and - a controller configured to regulate respective positions of the additive manufacturing tool and the heating system such that the work region and the molten zone are colocated and such that the transition zone is disposed about the molten zone, - a primary laser system configured to generate a primary laser beam; and - a secondary laser system configured to generate a secondary laser beam, the secondary laser system is configured to shape the transition zone as an annular or ring-shaped zone disposed about the molten zone and to control a temperature of the transition zone, wherein the transition zone has a thickness of approximately 1/3 or 1/2 of a diameter of the molten zone, and wherein the controller is configured to regulate operation of the secondary laser system, such that the transition zone has a temperature within 5 to 20 degrees Centigrade less than the temperature of the molten zone.
A method for reporting power headroom by a user equipment, UE, to an evolved NodeB, eNB, in a Multi-Radio Access Technology, RAT, -Dual Connectivity, MR-DC, scenario, the method comprising: generating, by the UE, a DC Power Headroom Report, PHR, Medium Access Control, MAC, Control Element, CE, having a fixed number of octets with cell index fields for indicating whether a power headroom, PH, for a serving cell with a corresponding cell index is reported; and transmitting, by the UE, the DC PHR MAC CE to the eNB; wherein the fixed number of octets is independent of a highest secondary Cell Index "SCelllndex" for serving cells with configured uplink. generating, by the UE, a DC Power Headroom Report, PHR, Medium Access Control, MAC, Control Element, CE, having a fixed number of octets with cell index fields for indicating whether a power headroom, PH, for a serving cell with a corresponding cell index is reported; and transmitting, by the UE, the DC PHR MAC CE to the eNB; wherein the fixed number of octets is independent of a highest secondary Cell Index "SCelllndex" for serving cells with configured uplink.
An implant, comprising: a body comprising a bone contact surface and an articulation surface; and an expandable stem extending longitudinally from the bone contact surface, the expandable stem comprising a plurality of flanges (108a-108d), wherein the plurality of flanges (108a-108d) are expandable from a first diameter to a second diameter, wherein the second diameter is greater than the first diameter, and wherein the plurality of flanges (108a-108d) are configured to be expanded by driving an expansion device between the plurality of flanges (108a-108d) to expand the plurality of flanges (108a-108d) to the second diameter, said implant being characterized in that each of the plurality of flanges (108a-108d) defines a partial threading sized and configured to mate with the expansion device, wherein the expandable stem is adapted to be inserted through a first side of a channel formed in a bone and the expansion device is adapted to be inserted through a second side of the channel. a body comprising a bone contact surface and an articulation surface; and an expandable stem extending longitudinally from the bone contact surface, the expandable stem comprising a plurality of flanges (108a-108d), wherein the plurality of flanges (108a-108d) are expandable from a first diameter to a second diameter, wherein the second diameter is greater than the first diameter, and
A method, comprising: receiving, at a communication terminal, signals from a group of cells that cooperate in a Coordinated Multipoint, CoMP, transmission scheme; receiving, at the communication terminal, signaling that specifies a CoMP resource management, CRM, set, wherein the CRM set comprises a subset of the cells in the group for which the communication terminal is to perform signal measurements, wherein a size of the CRM set is restricted to a predefined first maximum size; performing, at the communication terminal, the signal measurements only on signals received from one or more of the cells in the CRM set; reporting, by the communication terminal, the signal measurements performed on the one or more of the cells in the CRM set; characterized by receiving, at the communication terminal, an indication that specifies a Channel State Information, CSI, measurement set for which the communication terminal is to report CSI, wherein a size of the CSI measurement set is restricted to a predefined second maximum size and wherein the CSI measurement set comprises one or more cells that have been selected from within the CRM set based on the reported signal measurements; and measuring and reporting the CSI for at least one of the one or more cells in the CSI measurement set, wherein reporting the signal measurements comprises, for each of the one or more of the cells in the CRM set, reporting both a respective Reference Signal Received Power, RSRP, and a respective Reference Signal Received Quality, RSRQ. receiving, at a communication terminal, signals from a group of cells that cooperate in a Coordinated Multipoint, CoMP, transmission scheme; receiving, at the communication terminal, signaling that specifies a CoMP resource management, CRM, set, wherein the CRM set comprises a subset of the cells in the group for which the communication terminal is to perform signal measurements, wherein a size of the CRM set is restricted to a predefined first maximum size; performing, at the communication terminal, the signal measurements only on signals received from one or more of the cells in the CRM set; reporting, by the communication terminal, the signal measurements performed on the one or more of the cells in the CRM set; characterized by receiving, at the communication terminal, an indication that specifies a Channel State Information, CSI, measurement set for which the communication terminal is to report CSI, wherein a size of the CSI measurement set is restricted to a predefined second maximum size and wherein the CSI measurement set comprises one or more cells that have been selected from within the CRM set based on the reported signal measurements; and measuring and reporting the CSI for at least one of the one or more cells in the CSI measurement set, wherein reporting the signal measurements comprises, for each of the one or more of the cells in the CRM set, reporting both a respective Reference Signal Received Power, RSRP, and a respective Reference Signal Received Quality, RSRQ.
A turbine vane comprising a radial outer platform, a radial inner platform and an airfoil extending between the outer platform and the inner platform, each platform having a gas washed surface (39, 41) showing towards the respective other platform, a non gas washed surface (43, 45) showing away from the respective other platform and a peripheral surface (58, 62) extending from the gas washed surface (39, 41) to the non gas washed surface (43, 45), the peripheral surface comprising an upstream section (59, 63) that is designed to be directed towards the gas flow washing the gas washed surface (39, 41), whereby cooling fluid channels with an opening in the peripheral surface (59, 63) or in the gas washed surface (39, 41) are located in at least a section of the outer platform and/or in at least a section of the inner platform, the respective section directly adjoining the upstream section (59, 63) of the respective platform's peripheral surface (58, 62), characterised in that the cooling fluid channels are slots (55, 57) that are present in the non gas washed surface of the outer platform and/or in the non gas washed surface of the inner platform in at least a section adjoining the upstream section (59, 63) of the respective platform's peripheral surface (58, 62); in that the slots (55,57) extend to the upstream section (59,63) of the peripheral surface to lead the cooling fluid through the slots to the upstream section of the peripheral surface; and in that the slots (55,57) also extend through the upstream section (59,63) of the peripheral surface to increase a conduit that is present in a gap (61,65) between the upstream section of the peripheral surface and a neighbouring element (31,33) of a gas turbine engine, when the turbine vane is mounted to a gas turbine engine.