mhurhangee/ep-ind-claims huggingface dataset:
A computer-readable medium (130, 141, 152, 156, 181) having computer-executable instructions, which when executed perform actions, comprising: obtaining a document that includes encrypted data, the document including an identifier that identifies security data associated with the document, at least some of the security data being encrypted and kept in a security data repository; sending a request for the security data to the security data repository, providing the identifier with the request, and requesting the security data identified by the identifier; decrypting at least a portion of the security data to obtain an indication of an action that is authorized with respect to the document; obtaining, from the security data, a key associated with the action; and using the key to perform the action, wherein a security data structure includes a security data identifier field, one or more authorization fields, one or more keys, and a signature, and wherein the authorization field includes an authorization for each security principal that has access to the document and the authorization includes an encrypted key that allows the security principal to decrypt additional keys elsewhere in the security data structure, in particular keys that grant access to rights to the document to the security principal. obtaining a document that includes encrypted data, the document including an identifier that identifies security data associated with the document, at least some of the security data being encrypted and kept in a security data repository; sending a request for the security data to the security data repository, providing the identifier with the request, and requesting the security data identified by the identifier; decrypting at least a portion of the security data to obtain an indication of an action that is authorized with respect to the document; obtaining, from the security data, a key associated with the action; and using the key to perform the action, wherein a security data structure includes a security data identifier field, one or more authorization fields, one or more keys, and a signature, and wherein the authorization field includes an authorization for each security principal that has access to the document and the authorization includes an encrypted key that allows the security principal to decrypt additional keys elsewhere in the security data structure, in particular keys that grant access to rights to the document to the security principal.
A retention system comprising: a shroud configured to be coupled to a helmet, the shroud including a front surface and a rear surface, wherein the shroud is configured to be coupled to an accessory device; and a flexible element coupled to the shroud and configured to at least partially secure the accessory device to the shroud, the flexible element extending through an opening in the front surface of the shroud, wherein the opening extends through the shroud from the front surface to the rear surface of the shroud and wherein the shroud includes a groove and a portion of the flexible element is within the groove. a shroud configured to be coupled to a helmet, the shroud including a front surface and a rear surface, wherein the shroud is configured to be coupled to an accessory device; and a flexible element coupled to the shroud and configured to at least partially secure the accessory device to the shroud, the flexible element extending through an opening in the front surface of the shroud, wherein the opening extends through the shroud from the front surface to the rear surface of the shroud and wherein the shroud includes a groove and a portion of the flexible element is within the groove.
Method for managing the power supply of electrical systems of a motor vehicle provided with a battery and an alternator, characterized in that it comprises: - the determination of the electrical production capacity of the alternator, - the determination of the level of charge of the battery, - the control of a load-shedding of at least one electrical system of the vehicle, as a function of the electrical production capacity of the alternator and/or of the level of charge of the battery each time the electrical production capacity of the alternator or the level of charge of the battery reaches a predetermined threshold derived from a group of predetermined thresholds. - the determination of the electrical production capacity of the alternator, - the determination of the level of charge of the battery, - the control of a load-shedding of at least one electrical system of the vehicle, as a function of the electrical production capacity of the alternator and/or of the level of charge of the battery each time the electrical production capacity of the alternator or the level of charge of the battery reaches a predetermined threshold derived from a group of predetermined thresholds.
An electrical machine comprising: a rotor disposed on a central shaft, wherein the central shaft is hollow; a stator disposed radially outboard of the rotor and secured at a back iron; and a first baffle disposed coupled to the central shaft at one axial end of the rotor; wherein the first baffle is extending radially outwardly from the shaft into a baffle cavity, said baffle cavity located in the back iron such that a portion of the first baffle closest to the baffle cavity is farthest from said one axial end of the rotor and a portion of the first baffle closest to the central shaft is closest to said one axial end of the rotor; and wherein the first baffle directs a flow of liquid coolant radially, originating from the central shaft, through a plurality of coolant spray openings in the shaft, between the first baffle and a rotor winding, between the first baffle and a stator winding and into the baffle cavity via centrifugal force. a rotor disposed on a central shaft, wherein the central shaft is hollow; a stator disposed radially outboard of the rotor and secured at a back iron; and a first baffle disposed coupled to the central shaft at one axial end of the rotor; wherein the first baffle is extending radially outwardly from the shaft into a baffle cavity, said baffle cavity located in the back iron such that a portion of the first baffle closest to the baffle cavity is farthest from said one axial end of the rotor and a portion of the first baffle closest to the central shaft is closest to said one axial end of the rotor; and wherein the first baffle directs a flow of liquid coolant radially, originating from the central shaft, through a plurality of coolant spray openings in the shaft, between the first baffle and a rotor winding, between the first baffle and a stator winding and into the baffle cavity via centrifugal force.
An air discharging unit of an air conditioner for discharging and guiding conditioned air, the air discharging unit comprising: a first outer body having an air discharging grill part; a second outer body coupled to a side of the first outer body; a third outer body coupled to another side of the first outer body and coupled with the second outer body; a first inner guide having an inner opening facing the air discharging grill part; and a second inner guide coupled with the first inner guide to thereby form an internal flow path, wherein the first outer body, the second outer body and the third outer body, being coupled with one another, have a hollow cylinder shape, and wherein the first inner guide and the second inner guide, being coupled with each other, have a hollow cylinder shape disposed inside the coupled first, second and third outer bodies (110, 120, 130), characterized in that at least one of the first outer body, the second outer body and the third outer body has a fitting hole into which one of the first inner guide and the second inner guide is inserted, fitted and fixed. a first outer body having an air discharging grill part; a second outer body coupled to a side of the first outer body; a third outer body coupled to another side of the first outer body and coupled with the second outer body; a first inner guide having an inner opening facing the air discharging grill part; and a second inner guide coupled with the first inner guide to thereby form an internal flow path, wherein the first outer body, the second outer body and the third outer body, being coupled with one another, have a hollow cylinder shape, and wherein the first inner guide and the second inner guide, being coupled with each other, have a hollow cylinder shape disposed inside the coupled first, second and third outer bodies (110, 120, 130),
A drill reamer (20, 30, 40) comprising: an elongate body disposed about a longitudinal axis, the elongate body comprising a plurality of separate hard cutting sections and a soft cutting section (29a, 29c), wherein said soft cutting section is formed of a material having a hardness that is less than said hard cutting sections; a tip at a leading end of the drill reamer, the tip having a tip cutting edge (23a, 23c) that defines a drilling angle; a plurality of flutes (22a to 22d) each having a tapered cutting edge portion (24a to 24d) disposed at an acute angle relative to the longitudinal axis, the tapered cutting edge portions being operative for drilling a tapered hole during a machining process, and the drilling angle relative to the longitudinal axis being greater than said acute angle; characterised in that at least one first hard cutting section (27a, 27c) is axially displaced relative to at least one second hard cutting section (28'a, 28"a to 28'd, 28"d respectively) and in that said first hard cutting section is disposed at the tip and defines said tip cutting edge and defines part of said tapered cutting edge portion of at least one of said flutes.
A license plate, comprising: a license plate blank to which is attached a reflective sheeting; and a machine readable element including useful information, the useful information being information used to uniquely identify a specific vehicle, accessible through a first channel and checking information accessible through a second channel, wherein the checking information is only to verify the accuracy of the transmission of the useful information transmitted via the first channel without duplicating or replicating useful information, wherein the second channel is devoted solely to the transmission of checking information, and wherein the first channel and the second channel are separated by at least one of: wavelength, time, position or medium. a license plate blank to which is attached a reflective sheeting; and a machine readable element including useful information, the useful information being information used to uniquely identify a specific vehicle, accessible through a first channel and checking information accessible through a second channel, wherein the checking information is only to verify the accuracy of the transmission of the useful information transmitted via the first channel without duplicating or replicating useful information, wherein the second channel is devoted solely to the transmission of checking information, and wherein the first channel and the second channel are separated by at least one of: wavelength, time, position or medium.
An article of footwear comprising: an upper; a sole structure including a ground-engaging outer member; and a first strand extending from a medial side of the footwear, through a first through-hole formed in the ground-engaging outer member, to a lateral side of the footwear. an upper; a sole structure including a ground-engaging outer member; and a first strand extending from a medial side of the footwear, through a first through-hole formed in the ground-engaging outer member, to a lateral side of the footwear.
An environmental control system for regulating airflow within an aircraft, the environmental control system comprising: a mix manifold comprising a mixing chamber defining a central axis that extends therethrough, wherein the mix manifold configured to receive a first airflow and a second airflow; and an airflow interleaver disposed within the mixing chamber, wherein the airflow interleaver comprises a first airflow guide structure configured to guide the second airflow towards the central axis and a second airflow guide structure configured to guide the first airflow away from the central axis to facilitate mixing of the first airflow and the second airflow to produce a mixed airflow therefrom, wherein the airflow interleaver comprises a tubular body that is configured to receive the first airflow, wherein the tubular body extends along and defines an interleaver axis that is aligned with the central axis, wherein the first airflow guide structure comprises a plurality of converging airflow guides that extend from the tubular body radially towards the interleaver axis, wherein the second airflow guide structure comprises a plurality of diverging airflow guides that extend from the tubular body radially away from the interleaver axis, and wherein the plurality of converging airflow guides comprises a first subset of converging airflow guides and a second subset of converging airflow guides, and wherein each converging airflow guide of the first subset of converging airflow guides extends closer to the interleaver axis than does each converging airflow guide of the second subset of converging airflow guides. a mix manifold comprising a mixing chamber defining a central axis that extends therethrough, wherein the mix manifold configured to receive a first airflow and a second airflow; and an airflow interleaver disposed within the mixing chamber, wherein the airflow interleaver comprises a first airflow guide structure configured to guide the second airflow towards the central axis and a second airflow guide structure configured to guide the first airflow away from the central axis to facilitate mixing of the first airflow and the second airflow to produce a mixed airflow therefrom, wherein the airflow interleaver comprises a tubular body that is configured to receive the first airflow, wherein the tubular body extends along and defines an interleaver axis that is aligned with the central axis, wherein the first airflow guide structure comprises a plurality of converging airflow guides that extend from the tubular body radially towards the interleaver axis, wherein the second airflow guide structure comprises a plurality of diverging airflow guides that extend from the tubular body radially away from the interleaver axis, and wherein the plurality of converging airflow guides comprises a first subset of converging airflow guides and a second subset of converging airflow guides, and wherein each converging airflow guide of the first subset of converging airflow guides extends closer to the interleaver axis than does each converging airflow guide of the second subset of converging airflow guides.
A metal-ion accumulator, comprising a stack of elementary electrochemical cells, each comprising a cathode, an anode, and a separator impregnated with electrolyte intercalated between the anode and the cathode, each anode and cathode consisting of a substrate (2S, 3S) formed from a metal foil comprising a central portion (22, 32) supporting, on at least one of its main faces, a layer of active metal ion insertion material, the porosity of the layers of active material of the electrodes of one of the given polarities (anode or cathode) having at least two different values in the stack, the highest porosity being that of at least one electrode of said polarity, arranged between the center and the ends of the stack.
A method for self-localization in a navigation environment, in which a respective fiducial marker (16a-c) is attached at a plurality of positions, each of which comprises at least three reference features of known positions within the fiducial marker that enable a pose determination in the manner of the tripod, wherein a fiducial marker (16a-c) is detected with an optical code reader and the code content thereof is read, characterized in that the position of the fiducial marker (16a-c) is determined from the code content by attaching the fiducial markers (16a-c) in groups of at least three, wherein a value range of the code content of the fiducial markers (16a-c) is smaller than the number of positions having a fiducial marker (16a-c), and the code contents of the at least three fiducial markers (16a-c) of a group are combined to form a combination code and thus together unambiguously designate the position of the group.
A process for converting feed forward and feedback filter coefficients generated by a cable modem termination system to only feed forward coefficients for use by a cable modem, comprising: accessing feed forward, hereafter FFE, and feedback, hereafter FBE, coefficients generated by a cable modem termination system upstream equalizer after processing a training burst from said cable modem, and storing said FFE coefficients in coefficient memories of a conversion filter structure having a feed forward filter, a feedback filter and a means for summing the results of each of said feed forward and feedback filters every symbol time, and storing said FBE coefficients in coefficient memories of said feedback filter of said conversion filter structure; calculating an impulse response of said conversion filter structure, as defined by a plurality of FFE only coefficients output by said conversion filter structure; and selecting a subset of FFE only coefficients from said coefficients output by said conversion filter structure which define said impulse response. accessing feed forward, hereafter FFE, and feedback, hereafter FBE, coefficients generated by a cable modem termination system upstream equalizer after processing a training burst from said cable modem, and storing said FFE coefficients in coefficient memories of a conversion filter structure having a feed forward filter, a feedback filter and a means for summing the results of each of said feed forward and feedback filters every symbol time, and storing said FBE coefficients in coefficient memories of said feedback filter of said conversion filter structure; calculating an impulse response of said conversion filter structure, as defined by a plurality of FFE only coefficients output by said conversion filter structure; and selecting a subset of FFE only coefficients from said coefficients output by said conversion filter structure which define said impulse response.
A conveyor device for conveying hanging objects, comprising a rail profile, a conveyor chain, which is movable in a first runway of the rail profile in a conveying direction (x) and consists of multiple chain links (3, 4, 5), retaining adapters for each holding one object to be conveyed, wherein each of the chain links (3, 4, 5) has a base body (31, 41, 51), on the ends of which spaced apart from one another in the conveying direction (x), coupling sections (54, 55) for the pivotable connection to an adjacent chain link (3, 4) are formed, wherein a part of the chain links (3, 4, 5) are formed as thrust chain links, wherein a thrust unit is arranged on the lower side of the base body of each thrust chain link, wherein at least one chain link formed as a connecting chain link (3, 4) is arranged between two thrust chain links, and wherein the retaining adapters each have a head part mounted in a rollable manner in a second runway of the rail profile, characterized in that the thrust unit comprises two tappets (53, 54) protruding from the bottom side of the base body, wherein a front first tappet in the conveying direction (x) is shorter than a rear second tappet, wherein the spacing (d) between the two tappets (53, 54) is dimensioned such that a head part of the retaining adapter can be received between the two tappets (53, 54) without play or substantially without play, the rail profile has a coupling section, in which the retaining adapters can be coupled between the tappets (53, 54) of the thrust chain links, and the coupling section of the rail profile is formed as a locally delimited depression in relation to a main displacement plane in the second runway, wherein a local low point in the depression of the second runway in relation to the main displacement plane is dimensioned such that the front first tappet of the thrust chain link is disengaged from the head part of the retaining adapter in this region, and therefore the head part of the retaining adapter is first struck by the rear second tappet in the conveying direction (x) and pushed further out of the local low point of the second runway via a rising region back into the main displacement plane of the second runway.
A capsule polishing brush extending along an axis and having a length of at least 0.2 metres measured along the axis, the brush comprising: • bristles for conveying the capsules from one end of the brush to another end, the conveying bristles being arranged around the axis along the turns of a helical conveying ramp of the capsules; • bristles for polishing the capsules having a free end, the polishing bristles being between the turns of the helical conveying ramp, the diameter of the brush at the free end of the polishing bristles between the turns increasing from one end of the brush. • bristles for conveying the capsules from one end of the brush to another end, the conveying bristles being arranged around the axis along the turns of a helical conveying ramp of the capsules; • bristles for polishing the capsules having a free end, the polishing bristles being between the turns of the helical conveying ramp, the diameter of the brush at the free end of the polishing bristles between the turns increasing from one end of the brush.
A drop dispenser comprising:. a fluid reservoir having a threaded neck;. a tube having a dispenser end that is designed to form a drop of fluid, and an actuation end;. a fluid chamber of variable volume, connected to the actuation end of the tube, the chamber being suitable for being filled and emptied through the tube;. a pusher that is axially movable between a high position and a low position so as to cause the volume of the chamber to vary and drive the fluid into the tube towards the dispenser end so as to form a drop of fluid; and. a fastener ring including a threaded skirt for coming into engagement with the threaded neck of the reservoir, the tube and the chamber being secured to the ring;. mover means (6, 7) for moving the pusher axially between the high and low positions, the mover means also causing the fastener ring to turn, both so as to loosen it from the neck by unscrewing and so as to tighten it onto the neck by screw-tightening, the drop dispenser being characterized in that the mover means (6, 7) move the pusher axially from the low position to the high position before the ring is loosened from the neck.. a fluid reservoir having a threaded neck;. a tube having a dispenser end that is designed to form a drop of fluid, and an actuation end;. a fluid chamber of variable volume, connected to the actuation end of the tube, the chamber being suitable for being filled and emptied through the tube;. a pusher that is axially movable between a high position and a low position so as to cause the volume of the chamber to vary and drive the fluid into the tube towards the dispenser end so as to form a drop of fluid; and. a fastener ring including a threaded skirt for coming into engagement with the threaded neck of the reservoir, the tube and the chamber being secured to the ring;. mover means (6, 7) for moving the pusher axially between the high and low positions, the mover means also causing the fastener ring to turn, both so as to loosen it from the neck by unscrewing and so as to tighten it onto the neck by screw-tightening,