mhurhangee/ep-ind-claims huggingface dataset:
A thrust reverser system for a turbine engine, comprising: a support structure configured to be mounted to the engine; a transcowl mounted on the support structure and comprising a front edge, the transcowl movable between a first position, in which the front edge abuts the support structure, and a second position, in which an aperture is formed between the front edge and the support structure; a blocking assembly mounted within the transcowl and configured to direct engine airflow to discharge through the aperture, to thereby generate reverse thrust, when the transcowl is in the second position; and an asymmetric vane assembly disposed within the aperture, the asymmetric vane assembly characterised in (a) consisting of one or more vanes arranged circumferentially in a single row, and (b) having a circular cross section, the circular cross section comprising an upper portion above a horizontal plane through an engine centerline and a lower portion below the horizontal plane through the engine centerline, the upper portion of the asymmetric vane assembly being asymmetric with respect to the lower portion of the asymmetric vane assembly, thereby generating a desired vertical thrust component based on the reverse thrust. a support structure configured to be mounted to the engine; a transcowl mounted on the support structure and comprising a front edge, the transcowl movable between a first position, in which the front edge abuts the support structure, and a second position, in which an aperture is formed between the front edge and the support structure; a blocking assembly mounted within the transcowl and configured to direct engine airflow to discharge through the aperture, to thereby generate reverse thrust, when the transcowl is in the second position; and an asymmetric vane assembly disposed within the aperture, the asymmetric vane assembly characterised in (a) consisting of one or more vanes arranged circumferentially in a single row, and (b) having a circular cross section, the circular cross section comprising an upper portion above a horizontal plane through an engine centerline and a lower portion below the horizontal plane through the engine centerline, the upper portion of the asymmetric vane assembly being asymmetric with respect to the lower portion of the asymmetric vane assembly, thereby generating a desired vertical thrust component based on the reverse thrust.
A medical diagnostic device for diagnosis of a subject's condition, the device comprising: a main body comprising a power source; flexible anatomical interface shaped to contact either an outer ear or a cheek of the subject, the flexible anatomical interface comprising a connection that is aligned with an ear canal of the subject while the flexible anatomical interface is in contact with the outer ear or the cheek of the subject; and a diagnostic extension attached to the main body, the diagnostic extension configured to be inserted into the ear canal aligned with the connection to the flexible anatomical interface, the diagnostic extension positioned to capture diagnostic information, the flexible anatomical interface stabilizing the device as the diagnostic extension is positioned in the ear canal and captures the diagnostic information. a main body comprising a power source; flexible anatomical interface shaped to contact either an outer ear or a cheek of the subject, the flexible anatomical interface comprising a connection that is aligned with an ear canal of the subject while the flexible anatomical interface is in contact with the outer ear or the cheek of the subject; and a diagnostic extension attached to the main body, the diagnostic extension configured to be inserted into the ear canal aligned with the connection to the flexible anatomical interface, the diagnostic extension positioned to capture diagnostic information, the flexible anatomical interface stabilizing the device as the diagnostic extension is positioned in the ear canal and captures the diagnostic information.
Electrical device comprising two portions (34, 35) of a case of at least one electrical conductor, a support insulating the conductor, which crosses the conductor and which is supported by the case, the portions of the case being secured by flanges (36, 37), and the insulating support comprising a peripheral portion housed between the flanges, the flanges having contacting faces; a seal being compressed between said faces surrounding the peripheral portion; the flanges (36, 37) comprising flat and parallel faces between which the peripheral portion is housed and extended circular faces surrounding the peripheral portion; characterised in that the support comprises a collar on an outer edge and a collar on a mainly flat face, the peripheral portion is received in a housing of the flanges with a gap, except for the collars, which are respectively supported on the circular face of one of the flanges (36, 37) and the flat face of one of the flanges (36, 37).
A seal (212; 212a; 212b) for sealing a space defined by first and second circumferential components (202; 204), the seal (212; 212a; 212b) comprising: a first seal section (216; 216a) including a first base (222; 222a) defining a ramped surface (226; 226a) and a first leg extending from the first base (222; 222a), wherein an angle between the first base (222; 222a) and the first leg comprises greater than 90 degrees; and a second seal section (214; 214a; 214b) wherein the first seal section (216; 216a) is configured to sealingly engage with the first circumferential component along a single first circumferential line of contact and to sealingly engage with the second circumferential component along a single second circumferential line of contact; wherein the second seal section (214; 214a; 214b) is configured to sealingly engage with the second circumferential component along a single third circumferential line of contact; characterised in that said second seal section (214; 214a; 214b) is in sliding contact with said ramped surface (226; 226a) and said first and second seal sections (216; 216a, 214; 214a; 214b) are configured to move relative to one another. a first seal section (216; 216a) including a first base (222; 222a) defining a ramped surface (226; 226a) and a first leg extending from the first base (222; 222a), wherein an angle between the first base (222; 222a) and the first leg comprises greater than 90 degrees; and a second seal section (214; 214a; 214b) wherein the first seal section (216; 216a) is configured to sealingly engage with the first circumferential component along a single first circumferential line of contact and to sealingly engage with the second circumferential component along a single second circumferential line of contact; wherein the second seal section (214; 214a; 214b) is configured to sealingly engage with the second circumferential component along a single third circumferential line of contact; characterised in that said second seal section (214; 214a; 214b) is in sliding contact with said ramped surface (226; 226a) and said first and second seal sections (216; 216a, 214; 214a; 214b) are configured to move relative to one another.
A chain link of an energy guiding chain for guiding lines, such as hoses, cables or the like, between two connection points of which at least one is relatively movable, the chain link being composed of several individual parts (2A, 2B, 3), comprising two side plates (2A, 2B), each comprising a plate body made of plastic comprising an interior side facing the interior of the chain link, an exterior side facing away therefrom and two narrow sides (4A, 4B) running substantially parallel to the longitudinal direction, and at least one separate transverse connecting piece, in particular two separate transverse connecting pieces opposite one another, for the detachable connection of the side plates, the at least one transverse connecting piece comprising a center part and a fastening portion on both sides at each end, the side plates each comprising a corresponding fastening region on at least one, in particular on both narrow sides, which interacts by frictional connection, in particular by frictional connection and by form-fit, with a fastening portion of a transverse connecting piece, each fastening region of a side plate (2A, 2B) comprises a clamping seat in the plate body, which has two clamping surfaces (5A, 5B) of the plate body opposite one another in the longitudinal direction, between which a complementarily shaped fastening portion of the at least one separate transverse connecting piece is clamped through a clamping force; the at least one transverse connecting piece is produced in one piece from plastic and has, in the end region adjacent each fastening portion and protruding on both sides opposite the center part, two support protrusions each having a support surface for resting against the interior side of the side plate (2A, 2B). the side plates each comprising a corresponding fastening region on at least one, in particular on both narrow sides, which interacts by frictional connection, in particular by frictional connection and by form-fit, with a fastening portion of a transverse connecting piece, each fastening region of a side plate (2A, 2B) comprises a clamping seat in the plate body, which has two clamping surfaces (5A, 5B) of the plate body opposite one another in the longitudinal direction, between which a complementarily shaped fastening portion of the at least one separate transverse connecting piece is clamped through a clamping force; the at least one transverse connecting piece is produced in one piece from plastic and has, in the end region adjacent each fastening portion and protruding on both sides opposite the center part, two support protrusions each having a support surface for resting against the interior side of the side plate (2A, 2B).
A multi-purpose tire comprising: a tread section (102, 702, 802) comprising a main tread zone (110, 210, 310, 410) and at least one auxiliary tread zone (112, 114, 212, 214, 312, 314, 412, 414), the tread section (102, 702, 802)being configured to facilitate, at a first inflation pressure, a first tread configuration, wherein the at least one auxiliary tread zone (112, 114, 212, 214, 312, 314, 412, 414) contacts a road surface (106, 206, 306, 706) and, at a second inflation pressure, a second tread configuration, wherein a contact of the at least one auxiliary tread zone (112, 114, 212, 214, 312, 314, 412, 414) with the road is prevented or reduced, the first inflation pressure being lower than the second inflation pressure, wherein the tread section (102, 702, 802) further comprises, in an inner surface thereof, one or more channels extending continuously in a circumferential direction of the tire, the one or more circumferential channels being configured to regulate an inflation-pressure-dependent transition between the first and second tread configurations, characterized in that the main tread zone (110, 210, 310, 410) comprises first radially outer surface characteristics and the at least one auxiliary tread zone (112, 114, 212, 214, 312, 314, 412, 414) comprises second outer surface characteristics being different from the first outer surface characteristics. a tread section (102, 702, 802) comprising a main tread zone (110, 210, 310, 410) and at least one auxiliary tread zone (112, 114, 212, 214, 312, 314, 412, 414), the tread section (102, 702, 802)being configured to facilitate, at a first inflation pressure, a first tread configuration, wherein the at least one auxiliary tread zone (112, 114, 212, 214, 312, 314, 412, 414) contacts a road surface (106, 206, 306, 706) and, at a second inflation pressure, a second tread configuration, wherein a contact of the at least one auxiliary tread zone (112, 114, 212, 214, 312, 314, 412, 414) with the road is prevented or reduced, the first inflation pressure being lower than the second inflation pressure, wherein the tread section (102, 702, 802) further comprises, in an inner surface thereof, one or more channels extending continuously in a circumferential direction of the tire, the one or more circumferential channels being configured to regulate an inflation-pressure-dependent transition between the first and second tread configurations, characterized in that the main tread zone (110, 210, 310, 410) comprises first radially outer surface characteristics and the at least one auxiliary tread zone (112, 114, 212, 214, 312, 314, 412, 414) comprises second outer surface characteristics being different from the first outer surface characteristics.
Cosmetic use of one or more monoglycerides of general formula: RC -X in which R is a linear or branched, saturated or unsaturated, hydrocarbon chain which contains from 12 to 22 carbon atoms and which is optionally substituted with one or more hydroxyl substituents; and X is a glyceryl residue; as an active ingredient for treating signs of skin aging by selectively eliminating senescent skin cells.
A machine for applying polymeric material to a manufactured tubular article comprising a support belt, said polymeric material being inserted in said machine in the form of an application on said support belt, said polymeric material preferably being polyurethane and said manufactured tubular article preferably being a textile article, said machine further comprising: - a support for said manufactured tubular article; - a head configured to melt said polymeric material so as to enable the application thereof on at least one portion of said manufactured tubular article, said head comprising a curved work surface, the geometry of the work surface of said head being compatible with the geometry of the external surface of said support; - a first movement system, configured to move said head at least between a position for detachment from said support and a position of adjacency to said support, characterised in that it further comprises - a second movement system, configured to move said belt along a predefined path, said path comprising a section interposed between said support and said head, - a support for said manufactured tubular article; - a head configured to melt said polymeric material so as to enable the application thereof on at least one portion of said manufactured tubular article, said head comprising a curved work surface, the geometry of the work surface of said head being compatible with the geometry of the external surface of said support; - a first movement system, configured to move said head at least between a position for detachment from said support and a position of adjacency to said support, characterised in that it further comprises - a second movement system, configured to move said belt along a predefined path, said path comprising a section interposed between said support and said head,
A clasp for an implantable prosthetic device comprising: a fixed arm; a moveable arm having a barbed portion; and a hinge portion hingeably connecting the fixed arm to the moveable arm, the hinge portion comprising a plurality of spring segments (1222; 1400; 1500; 1600), wherein each spring segment is connected to a plurality of spring segments (1222; 1400; 1500; 1600). a fixed arm; a moveable arm having a barbed portion; and a hinge portion hingeably connecting the fixed arm to the moveable arm, the hinge portion comprising a plurality of spring segments (1222; 1400; 1500; 1600), wherein each spring segment is connected to a plurality of spring segments (1222; 1400; 1500; 1600).
A method of handling Timing Advance Groups, TAGs, in a User Equipment, UE, capable of Carrier Aggregation, CA, the method comprising monitoring time differences between signals received from any two serving cells (210, 310); determining for each time difference whether a configured capability of the UE supports the time difference (240, 340), wherein the supported time difference of said configured capability of the UE is derived from how many carriers that are used and aggregated bandwidth, characterised in that the monitoring is performed for each serving cell such that a maximum time difference between serving cells and a maximum time difference between TAGs are determined (230, 330), and the method comprises configuring baseband circuitry of the UE according to the configured capability of the UE that supports the determined maximum time differences. monitoring time differences between signals received from any two serving cells (210, 310); determining for each time difference whether a configured capability of the UE supports the time difference (240, 340), wherein the supported time difference of said configured capability of the UE is derived from how many carriers that are used and aggregated bandwidth, characterised in that the monitoring is performed for each serving cell such that a maximum time difference between serving cells and a maximum time difference between TAGs are determined (230, 330), and the method comprises configuring baseband circuitry of the UE according to the configured capability of the UE that supports the determined maximum time differences.
A method for dynamically switching a security device between on-demand and in-advance operation, the method comprising: a security device that generates keystream segments and encrypts data but not simultaneously, the security device performing: generating a first set of keystream segments on-demand for a processing device for voice encryption, while generating the first set of keystream segments, receiving a request from the processing device to encrypt or decrypt (308, 418) a block of data; responsive to the request, generating a second set of keystream segments in-advance for storing in a buffer; ceasing keystream segment generation to encrypt or decrypt (308, 418) the block of data, during a time when the second set of key stream segments stored in the buffer is being used by the processing device; after completing the encrypting or decrypting (308, 418) of the block of data, returning to generate at least one keystream segment on-demand for the processing device. a security device that generates keystream segments and encrypts data but not simultaneously, the security device performing: generating a first set of keystream segments on-demand for a processing device for voice encryption, while generating the first set of keystream segments, receiving a request from the processing device to encrypt or decrypt (308, 418) a block of data; responsive to the request, generating a second set of keystream segments in-advance for storing in a buffer; ceasing keystream segment generation to encrypt or decrypt (308, 418) the block of data, during a time when the second set of key stream segments stored in the buffer is being used by the processing device; after completing the encrypting or decrypting (308, 418) of the block of data, returning to generate at least one keystream segment on-demand for the processing device. generating a first set of keystream segments on-demand for a processing device for voice encryption, while generating the first set of keystream segments, receiving a request from the processing device to encrypt or decrypt (308, 418) a block of data; responsive to the request, generating a second set of keystream segments in-advance for storing in a buffer; ceasing keystream segment generation to encrypt or decrypt (308, 418) the block of data, during a time when the second set of key stream segments stored in the buffer is being used by the processing device; after completing the encrypting or decrypting (308, 418) of the block of data, returning to generate at least one keystream segment on-demand for the processing device.
An apparatus comprising circuitry and logic configured to cause a wireless station to: transmit a short feedback trigger frame (202, 302, 502, 602, 702, 802) comprising a first allocation (204, 304, 504, 604, 704) of opportunities for short feedback from associated stations, and a second allocation (206, 306, 506, 606, 706) of opportunities for short feedback from unassociated stations; process a plurality of short feedbacks from a plurality of stations according to the first and second allocations, the plurality of short feedbacks to indicate uplink resource requests; based on the plurality of short feedbacks, transmit a Multi-User, MU, trigger frame (210, 310, 510, 610, 710) to allocate uplink resources (212, 312, 512, 612, 712) to the plurality of stations; and process a plurality of uplink transmissions (213, 313, 513, 613, 713) from the plurality of stations according to the uplink resources (212, 312, 512, 612, 712). transmit a short feedback trigger frame (202, 302, 502, 602, 702, 802) comprising a first allocation (204, 304, 504, 604, 704) of opportunities for short feedback from associated stations, and a second allocation (206, 306, 506, 606, 706) of opportunities for short feedback from unassociated stations; process a plurality of short feedbacks from a plurality of stations according to the first and second allocations, the plurality of short feedbacks to indicate uplink resource requests; based on the plurality of short feedbacks, transmit a Multi-User, MU, trigger frame (210, 310, 510, 610, 710) to allocate uplink resources (212, 312, 512, 612, 712) to the plurality of stations; and process a plurality of uplink transmissions (213, 313, 513, 613, 713) from the plurality of stations according to the uplink resources (212, 312, 512, 612, 712).