mhurhangee/ep-ind-claims huggingface dataset:
Collision avoidance system for an aircraft comprising - means for receiving navigational data regarding intruding aerial vehicle and own aircraft; - means configured to store a plurality of predefined, pre-simulated escape trajectories, each predefined pre-simulated escape trajectory being associated to a set of navigational data related to the own aircraft and to an escape manoeuvre direction, characterized in that it comprises - first processing means arranged to compare at least a subset of the predefined pre-simulated escape trajectories for which the set of navigational data substantially coincides with navigational data related to the own aircraft with a presumed trajectory of the intruding aerial vehicle, and to select one of the predefined pre-simulated escape trajectories based on said comparison. - means for receiving navigational data regarding intruding aerial vehicle and own aircraft; - means configured to store a plurality of predefined, pre-simulated escape trajectories, each predefined pre-simulated escape trajectory being associated to a set of navigational data related to the own aircraft and to an escape manoeuvre direction, characterized in that it comprises - first processing means arranged to compare at least a subset of the predefined pre-simulated escape trajectories for which the set of navigational data substantially coincides with navigational data related to the own aircraft with a presumed trajectory of the intruding aerial vehicle, and to select one of the predefined pre-simulated escape trajectories based on said comparison.
An apparatus of a segment routing, SR, network, the apparatus comprising: one or more processors; and one or more computer-readable storage media coupled to the one or more processors and comprising instructions operable when executed by the one or more processors to cause the one or more processors to perform operations comprising: receiving a data packet; accessing an attestation token that provides verifiable evidence of trustworthiness of the apparatus and/or that allows validation, by another apparatus of the SR network, of freshness of data asserted by the apparatus based on the state of internal counters within a Trusted Platform Module comprised in the apparatus; determining a location within a header of the received data packet for the attestation token; creating an updated header by encoding the attestation token in the determined location of the header, wherein encoding the attestation token in the determined location of the header comprises writing the attestation token in a Type-Length-Value, TLV; and sending the data packet with the updated header with the encoded attestation token to another apparatus of the SR network. one or more processors; and one or more computer-readable storage media coupled to the one or more processors and comprising instructions operable when executed by the one or more processors to cause the one or more processors to perform operations comprising: receiving a data packet; accessing an attestation token that provides verifiable evidence of trustworthiness of the apparatus and/or that allows validation, by another apparatus of the SR network, of freshness of data asserted by the apparatus based on the state of internal counters within a Trusted Platform Module comprised in the apparatus; determining a location within a header of the received data packet for the attestation token; creating an updated header by encoding the attestation token in the determined location of the header, wherein encoding the attestation token in the determined location of the header comprises writing the attestation token in a Type-Length-Value, TLV; and sending the data packet with the updated header with the encoded attestation token to another apparatus of the SR network. receiving a data packet; accessing an attestation token that provides verifiable evidence of trustworthiness of the apparatus and/or that allows validation, by another apparatus of the SR network, of freshness of data asserted by the apparatus based on the state of internal counters within a Trusted Platform Module comprised in the apparatus; determining a location within a header of the received data packet for the attestation token; creating an updated header by encoding the attestation token in the determined location of the header, wherein encoding the attestation token in the determined location of the header comprises writing the attestation token in a Type-Length-Value, TLV; and sending the data packet with the updated header with the encoded attestation token to another apparatus of the SR network.
Method for lining boreholes for deep-boring operations, characterized in that the wall of the borehole is continuously lined with a hybrid material consisting of a fibrous material and a curable medium directly after drilling.
A fluid turbine system, comprising: a turbine comprising a blade assembly, the blade assembly comprising a plurality of blades (142, 144, 146, 148) rotatable about an axis, the turbine comprising a push half and a return half for a given direction of an overall flow of a fluid that defines an upstream direction and a downstream direction; a concentrator positionable in a concentrator position directly upstream of at least a portion of the return half of the turbine, wherein the concentrator defines a convex surface (122, 126) facing upstream and a concave surface (130, 132) facing downstream when in the concentrator position, the convex surface (122, 126) positionable to deflect at least some fluid toward the push half of the turbine, the concave surface (130, 132) positionable to redirect at least some fluid flowing generally upstream from the return half of the turbine to flow generally downstream; characterized in that one or more of the blades (142, 144, 146, 148) define an open section positioned in an inner radial half of the blade (142, 144, 146, 148) such that a portion of the open section is closer to the axis than an outside edge of the blade (142, 144, 146, 148), wherein each of the blades (142, 144, 146, 148) defines a generally straight push surface portion and a curved portion on a front surface of the blade (142, 144, 146, 148), wherein each of the blades (142, 144, 146, 148) further defines a convex back surface portion on a surface opposite the push surface portion. a turbine comprising a blade assembly, the blade assembly comprising a plurality of blades (142, 144, 146, 148) rotatable about an axis, the turbine comprising a push half and a return half for a given direction of an overall flow of a fluid that defines an upstream direction and a downstream direction; a concentrator positionable in a concentrator position directly upstream of at least a portion of the return half of the turbine, wherein the concentrator defines a convex surface (122, 126) facing upstream and a concave surface (130, 132) facing downstream when in the concentrator position, the convex surface (122, 126) positionable to deflect at least some fluid toward the push half of the turbine, the concave surface (130, 132) positionable to redirect at least some fluid flowing generally upstream from the return half of the turbine to flow generally downstream; characterized in that one or more of the blades (142, 144, 146, 148) define an open section positioned in an inner radial half of the blade (142, 144, 146, 148) such that a portion of the open section is closer to the axis than an outside edge of the blade (142, 144, 146, 148), wherein each of the blades (142, 144, 146, 148) defines a generally straight push surface portion and a curved portion on a front surface of the blade (142, 144, 146, 148), wherein each of the blades (142, 144, 146, 148) further defines a convex back surface portion on a surface opposite the push surface portion.
An air suspension system (12, 14) for an electric vehicle including a component for the electric vehicle, the air suspension system (12, 14) comprising: a suspension actuator (20, 22, 26) having a chamber; a reservoir including, a shell at least partially defining an interior region, the interior region fluidly connected to the chamber, and an adsorptive material in the interior region; a compressor fluidly connected to the interior region; and characterized by a first cooling circuit including, a first heat exchanger in thermal contact with the interior region, a second heat exchanger configured to be in thermal contact with the component for the electric vehicle, and a conduit adapted to circulate a fluid between the first heat exchanger and the second heat exchanger. a suspension actuator (20, 22, 26) having a chamber; a reservoir including, a shell at least partially defining an interior region, the interior region fluidly connected to the chamber, and an adsorptive material in the interior region; a shell at least partially defining an interior region, the interior region fluidly connected to the chamber, and an adsorptive material in the interior region; a compressor fluidly connected to the interior region; and characterized by a first cooling circuit including, a first heat exchanger in thermal contact with the interior region, a second heat exchanger configured to be in thermal contact with the component for the electric vehicle, and a conduit adapted to circulate a fluid between the first heat exchanger and the second heat exchanger. a first heat exchanger in thermal contact with the interior region, a second heat exchanger configured to be in thermal contact with the component for the electric vehicle, and a conduit adapted to circulate a fluid between the first heat exchanger and the second heat exchanger.
A label dispenser unit comprising: a dispensing reel for supporting a label roll, the label roll having a plurality of labels attached to a backing strip; a label releasing station for separating the label from the backing strip; a take-up hub for receiving the backing strip thereon, characterized in that the take up hub being formed of a hub portion and a plurality of radially extending spokes (62a and 62b) extending from the hub portion to receive and support the backing strip after the labels have been removed from the backing strip; and wherein the backing strip extends from the label roll and around the label releasing station such that an end of the backing strip is secured to the take-up hub, wherein at least one spoke (62a, 62b) comprises a cantilevered portion extending therefrom toward a second and adjacently positioned spoke member, the end of cantilevered portion 64 spaced apart from the second and adjacently positioned spoke member forming a gap to facilitate access to a chamber formed by the at least one spoke (62a, 62b) and the second and adjacently positioned spoke member and cantilevered portion extending therebetween, wherein the end of the backing strip is secured to the take-up hub between at least two radially extending spokes by inserting it through the gap into the chamber. a dispensing reel for supporting a label roll, the label roll having a plurality of labels attached to a backing strip; a label releasing station for separating the label from the backing strip; a take-up hub for receiving the backing strip thereon, characterized in that the take up hub being formed of a hub portion and a plurality of radially extending spokes (62a and 62b) extending from the hub portion to receive and support the backing strip after the labels have been removed from the backing strip; and wherein the backing strip extends from the label roll and around the label releasing station such that an end of the backing strip is secured to the take-up hub, wherein at least one spoke (62a, 62b) comprises a cantilevered portion extending therefrom toward a second and adjacently positioned spoke member, the end of cantilevered portion 64 spaced apart from the second and adjacently positioned spoke member forming a gap to facilitate access to a chamber formed by the at least one spoke (62a, 62b) and the second and adjacently positioned spoke member and cantilevered portion extending therebetween, wherein the end of the backing strip is secured to the take-up hub between at least two radially extending spokes by inserting it through the gap into the chamber.
An apparatus for converting an iron-bearing residue containing small amounts of soluble heavy metals that is generated in a hydrometallurgical process into a stable form by means of a neutralising agent, whereby the residue is first elutriated in an elutriation reactor, and the elutriated residue is routed to at least one stabilisation or homogenisation reactor, the upper section of which is cylindrical, and the lower section shaped like a downward-narrowing cone, and where the residue and neutralising agent are fed into the upper section of the reactor and the homogenised paste is removed from the lower section of the reactor; the reactor is equipped with a mixer, which contains at least two helical bars (12,13) that circle the shaft and are supported on the shaft by means of support arms, where said helical bars are located symmetrically in relation to each other and where the ratio of the mixer diameter to the diameter of the stabilisation reactor is 0.75 - 0.99 and there are no baffles or protective cones in the stabilisation reactor.
A fairlead that is intended to equip a towing device that can be installed on the deck of a ship and comprising a winch, a cable passing through the fairlead under the action of the winch, the fairlead comprising an open-section channel extending in a main direction for guiding the cable, characterized in that the fairlead comprises: • a movable bolt (30, 40, 100) closing a section of the channel, • a force sensor that is situated in front of the bolt (30, 40, 100) in one direction of the main direction and is configured to detect an external force, and • a trigger configured to open the bolt (30, 40, 100) when a force exerted on the sensor and oriented along the main direction in the sense exceeds a predetermined force, and to close the bolt (30, 40, 100) when this force ceases. • a movable bolt (30, 40, 100) closing a section of the channel, • a force sensor that is situated in front of the bolt (30, 40, 100) in one direction of the main direction and is configured to detect an external force, and • a trigger configured to open the bolt (30, 40, 100) when a force exerted on the sensor and oriented along the main direction in the sense exceeds a predetermined force, and to close the bolt (30, 40, 100) when this force ceases.
A visual position indicator assembly for limit switch boxes, said indicator assembly comprising: i) an indicator element configured to be fitted in a shaft of a driving assembly of a limit switch box, the surface of said indicator element having a plurality of adjacent sectors (111, 112) alternately featuring a first color and a second color that are different from each other and/or alternately featuring different writings, said colors and/or writings indicating an operating condition of a device connectable to said limit switch box; ii) a first cap-shaped mask, said first mask comprising a plurality of through apertures (121, 122) formed in its mantle and on its top, wherein the size and the angular width of said through apertures (121, 122) substantially correspond to the size and angular width of said adjacent sectors (111, 112) of the indicator element, characterized in that it further comprises a second mask, said second mask being coaxially fitted to the first mask and having the shape of a cap, the second mask comprising a plurality of through apertures (131, 132) formed in its mantle and on its top, said apertures (131, 132) having a size and angular width substantially corresponding to those of the through apertures (121, 122) formed in the first mask, and in that one between the first mask and the second mask is rotatable with respect to the other one. i) an indicator element configured to be fitted in a shaft of a driving assembly of a limit switch box, the surface of said indicator element having a plurality of adjacent sectors (111, 112) alternately featuring a first color and a second color that are different from each other and/or alternately featuring different writings, said colors and/or writings indicating an operating condition of a device connectable to said limit switch box; ii) a first cap-shaped mask, said first mask comprising a plurality of through apertures (121, 122) formed in its mantle and on its top, wherein the size and the angular width of said through apertures (121, 122) substantially correspond to the size and angular width of said adjacent sectors (111, 112) of the indicator element,
A mobile terminal having a metal case forming an appearance of a terminal body, the mobile terminal comprising: a rear case including a first rear surface portion and a first side surface portion, the first side surface portion including first metal members which are electrically separated from each other; and an internal case installed inside the rear case and including a second rear surface portion and a second side surface portion, the second side surface portion including second metal members which are electrically separated from each other, wherein the first and second side surface portions (430, 470) are electrically spaced apart from each other and the first and second metal members (431, 471) are configured to operate as antennas. a rear case including a first rear surface portion and a first side surface portion, the first side surface portion including first metal members which are electrically separated from each other; and an internal case installed inside the rear case and including a second rear surface portion and a second side surface portion, the second side surface portion including second metal members which are electrically separated from each other, wherein the first and second side surface portions (430, 470) are electrically spaced apart from each other and the first and second metal members (431, 471) are configured to operate as antennas.
Cosmetic cleansing preparation for cleansing the human skin, more particularly the skin of the face, containing ≤ 0.8 wt%, preferably ≤ 0.5 wt%, more preferably ≤ 0.3 wt% of at least one glycolipid, based on the total weight of the preparation, there being at least one rhamnolipid present, with a content of 0.007 to 0.8 wt%, preferably of 0.01 to 0.3 wt%, based on the total amount of the preparation.
A machine tool for machining workpieces by deep drilling, milling, drilling, thread cutting, reaming or the like, comprising a machining bar which is moveable in relation to the clamped workpiece and on which is guided a headstock which is displaceable in travel-controlled relationship in a direction towards the workpiece and whose rotatingly driven spindle shaft which is mounted in a non-rotatable spindle sleeve is provided at its front end with a clamping device for clamping interchangeable tools (10, 11), wherein associated with the front end of the machining bar are a chip separator and a removable boring bush, characterised in that provided at the front end of the machining bar is a support bearing for the spindle sleeve, which support bearing is provided at its inside with support surfaces for the spindle sleeve, which are provided at their outside with matching counterpart support surfaces for centring support in the support bearing.
A power system, comprising: a mount; a heat exchanger; and a strap positioned about the heat exchanger for securing the heat exchanger to the mount; the power system being characterized in that the mount has a vertical wall and a horizontal wall forming a mount edge and in that the strap is corrugated and applies a clamp force forcing the heat exchanger towards both the vertical wall and the horizontal wall. a mount; a heat exchanger; and a strap positioned about the heat exchanger for securing the heat exchanger to the mount; the power system being characterized in that the mount has a vertical wall and a horizontal wall forming a mount edge and in that the strap is corrugated and applies a clamp force forcing the heat exchanger towards both the vertical wall and the horizontal wall.
A door handle arrangement for a motor vehicle which comprises a handle carrier, a handle that is movably mounted on the handle carrier for opening a door or tailgate of the motor vehicle, a mechanical coupling device through which a movement of the handle can be transferred to a closing arrangement on the vehicle side and a locking device which, under the effects of an acceleration force, is movably configured from a normal operating position in which actuation of the handle is possible into at least one blocking position in which actuation of the handle and/or the coupling device is blocked, wherein the locking device comprises a rotational axis mounted rotatably on the handle carrier and a mass body attached to the rotational axis in a non-rotational manner and wherein the rotational axis is supported at its periphery in the region of its first longitudinal end by a first, at most semi-circular, wall section and in the region of its second longitudinal end by a second, at most semi-circular, wall section, characterized in that the first longitudinal end of the rotational axis is inserted and rotatably mounted between the first wall section and an at most semi-circular counter-wall section which is axially offset to the first wall section in relation to the rotational axis and the second longitudinal end of the rotational axis is rotatably mounted with the help of a retaining element that can be moved away from the second wall section for assembly of the locking device on the handle carrier and can be reset following assembly for the mounting of the second longitudinal end and with the help of the second wall section.
A method of making shaped ceramic precursor particles, the method comprising: providing a mold having a plurality of mold cavities, wherein each mold cavity is bounded by a plurality of faces joined along common edges; filling at least some of the mold cavities with a sol-gel composition, the sol-gel composition comprising a liquid vehicle and a ceramic precursor comprising an alpha alumina precursor, the liquid vehicle comprising a volatile component and a release agent dispersed throughout the volatile component, wherein the release agent comprises an oil; and removing at least a portion of the volatile component from the sol-gel composition while the sol-gel composition resides in the mold cavities thereby providing the shaped ceramic precursor particles. providing a mold having a plurality of mold cavities, wherein each mold cavity is bounded by a plurality of faces joined along common edges; filling at least some of the mold cavities with a sol-gel composition, the sol-gel composition comprising a liquid vehicle and a ceramic precursor comprising an alpha alumina precursor, the liquid vehicle comprising a volatile component and a release agent dispersed throughout the volatile component, wherein the release agent comprises an oil; and removing at least a portion of the volatile component from the sol-gel composition while the sol-gel composition resides in the mold cavities thereby providing the shaped ceramic precursor particles.