mhurhangee/ep-ind-claims huggingface dataset:
A power supply apparatus for sliding structure comprising: a fixed structure-side power supply device (4, 55); and a wiring harness having an exterior member and wired from the fixed structure-side power supply device (4, 55) to a sliding structure side, wherein the fixed structure-side power supply device (4, 55) includes: an outer member fixed to the fixed structure; an inner member supported to the outer member so as to rotate in a horizontal direction and configured to support one end portion of the exterior member; and a harness trajectory regulation wall configured to rotate integrally with the inner member, wherein, when the sliding structure is fully-opened, the harness trajectory regulation wall projects outward from the outer member in a thickness direction of the sliding structure, such that the exterior member arranged along but not attached to the harness trajectory regulation wall is moved away from the fixed structure toward the sliding structure side, thereby preventing interference between the exterior member and the fixed structure. a fixed structure-side power supply device (4, 55); and a wiring harness having an exterior member and wired from the fixed structure-side power supply device (4, 55) to a sliding structure side, wherein the fixed structure-side power supply device (4, 55) includes: an outer member fixed to the fixed structure; an inner member supported to the outer member so as to rotate in a horizontal direction and configured to support one end portion of the exterior member; and a harness trajectory regulation wall configured to rotate integrally with the inner member, an outer member fixed to the fixed structure; an inner member supported to the outer member so as to rotate in a horizontal direction and configured to support one end portion of the exterior member; and a harness trajectory regulation wall configured to rotate integrally with the inner member, wherein, when the sliding structure is fully-opened, the harness trajectory regulation wall projects outward from the outer member in a thickness direction of the sliding structure, such that the exterior member arranged along but not attached to the harness trajectory regulation wall is moved away from the fixed structure toward the sliding structure side, thereby preventing interference between the exterior member and the fixed structure.
A method for recording video by a dual-camera portable terminal, comprising: outputting a first video stream captured by a first camera of the portable terminal to a display of a touch screen of the portable terminal; detecting a first touch input at the touch screen on the outputted first video stream for recording a comment of a photographer while the first video stream is being captured; outputting the first video stream concurrently with a second video stream that is captured by a second camera of the portable terminal to the display in response to the detected first touch input; outputting the first video stream to the display and stopping the outputting of the second video stream in response to a second touch input detected in any position of the touch screen on one of the outputted first video stream or second video stream; and storing the first video stream and the second video stream in a memory. outputting a first video stream captured by a first camera of the portable terminal to a display of a touch screen of the portable terminal; detecting a first touch input at the touch screen on the outputted first video stream for recording a comment of a photographer while the first video stream is being captured; outputting the first video stream concurrently with a second video stream that is captured by a second camera of the portable terminal to the display in response to the detected first touch input; outputting the first video stream to the display and stopping the outputting of the second video stream in response to a second touch input detected in any position of the touch screen on one of the outputted first video stream or second video stream; and storing the first video stream and the second video stream in a memory.
A tube configured for insertion into the gastro-intestinal tract, the tube comprising an anchor for anchoring the tube with respect to a pylorus of a patient, the anchor comprising a gastric bulb coupled or couplable to a proximal end of the tube, the gastric bulb expandable from a collapsed condition for introduction into the stomach, to an operative condition within the stomach, wherein the gastric bulb comprises a fluid-tight chamber, and an inlet port for (i) allowing fluid to be drawn into the chamber as the gastric bulb expands to its operative condition, and/or (ii) admitting fluid into the chamber for inflating the gastric bulb, wherein the bulb comprises a passage configured for allowing chyme to pass through the bulb, wherein the gastric bulb is coupled to the tube by one or more tethers and/or struts and characterised in that the tube comprises a cuff or stent for resisting displacement from the implanted position towards the stomach. wherein the gastric bulb comprises a fluid-tight chamber, and an inlet port for (i) allowing fluid to be drawn into the chamber as the gastric bulb expands to its operative condition, and/or (ii) admitting fluid into the chamber for inflating the gastric bulb, wherein the bulb comprises a passage configured for allowing chyme to pass through the bulb, wherein the gastric bulb is coupled to the tube by one or more tethers and/or struts and characterised in that the tube comprises a cuff or stent for resisting displacement from the implanted position towards the stomach.
A diameter expansion drill bit (10, 10A-10H) used for inserting in an anchoring prepared hole perforated in a framework to expand a diameter of a portion of the prepared hole by grinding comprising: a plurality of blade sections that grind the portion of the prepared hole; a blade holding section that holds the plurality of blade sections so as to be slidingly movable in a radial direction respectively; and a shank section that supports the blade holding section, wherein the blade holding section has a steeple portion that positions to project at a tip portion coaxially, characterised in that the plurality of blade sections parallelly move to spread outwardly in the radial direction with respect to the blade holding section by centrifugal force due to rotation, wherein the blade holding section has a plurality of blade opening portions that hold the plurality of blade sections movably, and wherein each blade section has a blade body that has an outer circumferential portion in an arc shape in cross section, a rib portion that supports the blade body and slidably engages with the blade opening portion in a radial direction, and a retaining portion that is provided on a base side of the rib portion and functions as retention against the blade holding section. a plurality of blade sections that grind the portion of the prepared hole; a blade holding section that holds the plurality of blade sections so as to be slidingly movable in a radial direction respectively; and a shank section that supports the blade holding section, wherein the blade holding section has a steeple portion that positions to project at a tip portion coaxially, characterised in that the plurality of blade sections parallelly move to spread outwardly in the radial direction with respect to the blade holding section by centrifugal force due to rotation, wherein the blade holding section has a plurality of blade opening portions that hold the plurality of blade sections movably, and wherein each blade section has a blade body that has an outer circumferential portion in an arc shape in cross section, a rib portion that supports the blade body and slidably engages with the blade opening portion in a radial direction, and a retaining portion that is provided on a base side of the rib portion and functions as retention against the blade holding section.
The invention relates to a method for identifying a person to be identified having a certified data medium linking a primary identifier and a first biometric characteristic (11.2, 11.3) of a holder of the data medium, comprising the following steps: - acquiring, during a unique operation, the first biometric characteristic (11.2, 11.3) on the person to be identified and a second, distinct biometric characteristic (11.1, 11.4, 11.5); - verifying that the person to be identified corresponds to the holder of the data medium by comparing the first acquired biometric characteristic (10.2, 10.3) to that of the data medium; - storing the second acquired biometric characteristic (11.1, 11.4, 11.5) and associating it with a secondary identifier; - during a subsequent identification, acquiring the second biometric characteristic on the person to be identified and comparing it to the second biometric characteristic (11.1, 11.4, 11.5), wherein the first biometric characteristic (11.2, 11.3) corresponds to the fingerprints of a first index and a first major of a first hand of the holder of the certified data medium; and the second biometric characteristic (11.1, 11.4, 11.5) comprises a fingerprint of a first inch and / or a first ring finger and / or a first little finger of the first hand, wherein the second biometric characteristic is registered, in association with the secondary identifier, in a first server which contains neither the first biometric characteristic nor the primary identifier.. - acquiring, during a unique operation, the first biometric characteristic (11.2, 11.3) on the person to be identified and a second, distinct biometric characteristic (11.1, 11.4, 11.5); - verifying that the person to be identified corresponds to the holder of the data medium by comparing the first acquired biometric characteristic (10.2, 10.3) to that of the data medium; - storing the second acquired biometric characteristic (11.1, 11.4, 11.5) and associating it with a secondary identifier; - during a subsequent identification, acquiring the second biometric characteristic on the person to be identified and comparing it to the second biometric characteristic (11.1, 11.4, 11.5),
A method for analyzing, using a detector of alpha particles (3A, 3B), a sample comprising at least one radionuclide emitter of a plurality of alpha particles (3A, 3B), the detector comprising a detection medium and a plurality of measurements cells adapted for measuring at least one incident signal generated by an interaction of an alpha particle (3A, 3B) with said detection medium, the detector being configured to deliver an autoradiographic image of said sample, the detector of alpha particles (3A, 3B) is a gaseous detector and the incident signal is a moving charge, the method comprising the following steps: - E1) determining an initial energy of each alpha particle (3A, 3B), said determining step comprising repeating the following sub-steps for each alpha particle (3A, 3B): - D1) determining a position of a first interaction of an alpha particle (3A, 3B) with the detection medium of the detector by using at least one measurement cell, - D2) determining an energy deposited by the particle (3A, 3B) in the interior of the detector by using the measured incident signal, - D3) determining, by using the deposited energy determined in sub-step, the initial energy of the alpha particle (3A, 3B) before the first interaction of the alpha particle (3A, 3B) with the detection medium of the detector, - E2) for at least one zone of the autoradiographic image, constructing an energy spectrum using the determined initial energies of the corresponding alpha particles (3A, 3B). - E1) determining an initial energy of each alpha particle (3A, 3B), said determining step comprising repeating the following sub-steps for each alpha particle (3A, 3B): - D1) determining a position of a first interaction of an alpha particle (3A, 3B) with the detection medium of the detector by using at least one measurement cell, - D2) determining an energy deposited by the particle (3A, 3B) in the interior of the detector by using the measured incident signal, - D3) determining, by using the deposited energy determined in sub-step, the initial energy of the alpha particle (3A, 3B) before the first interaction of the alpha particle (3A, 3B) with the detection medium of the detector, - D1) determining a position of a first interaction of an alpha particle (3A, 3B) with the detection medium of the detector by using at least one measurement cell, - D2) determining an energy deposited by the particle (3A, 3B) in the interior of the detector by using the measured incident signal, - D3) determining, by using the deposited energy determined in sub-step, the initial energy of the alpha particle (3A, 3B) before the first interaction of the alpha particle (3A, 3B) with the detection medium of the detector, - E2) for at least one zone of the autoradiographic image, constructing an energy spectrum using the determined initial energies of the corresponding alpha particles (3A, 3B).
A delivery device for implanting a prosthetic heart valve, comprising: a support member adapted to hold a prosthetic heart valve; a distal sheath slidable relative to the support member between a first position in which the distal sheath is adapted to maintain the prosthetic heart valve in a collapsed condition, and a second position in which the distal sheath is adapted to expose the prosthetic heart valve; an outer shaft connected to the distal sheath and having a curved portion; a straightening member slidable on the outer shaft between a proximal position in which the straightening member does not cover the curved portion of the outer shaft, and a distal position in which the straightening member covers and substantially straightens at least a portion of the curved portion of the outer shaft, characterized in that the straightening member has a distal portion formed from a first material and a proximal portion formed from a second material, the second material being more flexible than the first material. a support member adapted to hold a prosthetic heart valve; a distal sheath slidable relative to the support member between a first position in which the distal sheath is adapted to maintain the prosthetic heart valve in a collapsed condition, and a second position in which the distal sheath is adapted to expose the prosthetic heart valve; an outer shaft connected to the distal sheath and having a curved portion; a straightening member slidable on the outer shaft between a proximal position in which the straightening member does not cover the curved portion of the outer shaft, and a distal position in which the straightening member covers and substantially straightens at least a portion of the curved portion of the outer shaft, characterized in that
An apparatus for testing an optical transmitter, the optical transmitter designed to be used with an optical fiber meeting a minimum modal bandwidth requirement specified by a defined standard, the apparatus comprising: an enclosure; a test optical fiber positioned at least partially within the enclosure; and a first connector installed on a first end of the test optical fiber and a second connector installed on a second end of the test optical fiber, one of the first connector or the second connector configured to be connected to the optical transmitter, and the other connector of the first connector or the second connector configured to be attached to a reference test receiver; wherein the test optical fiber has an effective modal bandwidth, EMB, that is equal to the minimum modal bandwidth +/- 10%, and when coupled with the optical transmitter, the test optical fiber exacerbates modal chromatic dispersion interaction; wherein the test optical fiber produces a right-shifted differential mode delay, DMD, plot. an enclosure; a test optical fiber positioned at least partially within the enclosure; and a first connector installed on a first end of the test optical fiber and a second connector installed on a second end of the test optical fiber, one of the first connector or the second connector configured to be connected to the optical transmitter, and the other connector of the first connector or the second connector configured to be attached to a reference test receiver; wherein the test optical fiber has an effective modal bandwidth, EMB, that is equal to the minimum modal bandwidth +/- 10%, and when coupled with the optical transmitter, the test optical fiber exacerbates modal chromatic dispersion interaction; wherein the test optical fiber produces a right-shifted differential mode delay, DMD, plot.
A system for powering an electric device with power drawn from a subscriber telephone line in a telephone network comprising an exchange connecting a telecommunication network to a subscriber apparatus through said telephone line, said system comprising: - a control and feeding device located at the subscriber's premises and connected between said telephone line and the subscriber apparatus, and further connectable to the electric device for selectively powering it; - a logic control unit associated with said exchange and connected between a subscriber line interface circuit of the telephone line and said telecommunication network; and - a bi-directional device (10, 11) connected between said logic control unit and the subscriber line interface circuit for recognising and applying to the logic control unit signals received by the subscriber line interface circuit through the telephone line, and for sending to the control and feeding device through said subscriber line interface circuit control information generated by said logic control unit for enabling the power drawing by said electric device; - wherein the logic control unit includes means (8, 51) for identifying a subscriber authorised to draw electrical power from said telephone line from which said drawing of electrical power is to be enabled, said identifying being performed by comparing a user identifier with the data stored in a database which contains a unique identifier for each user having subscribed to a service for powering an electric device. - a control and feeding device located at the subscriber's premises and connected between said telephone line and the subscriber apparatus, and further connectable to the electric device for selectively powering it; - a logic control unit associated with said exchange and connected between a subscriber line interface circuit of the telephone line and said telecommunication network; and - a bi-directional device (10, 11) connected between said logic control unit and the subscriber line interface circuit for recognising and applying to the logic control unit signals received by the subscriber line interface circuit through the telephone line, and for sending to the control and feeding device through said subscriber line interface circuit control information generated by said logic control unit for enabling the power drawing by said electric device; - wherein the logic control unit includes means (8, 51) for identifying a subscriber authorised to draw electrical power from said telephone line from which said drawing of electrical power is to be enabled, said identifying being performed by comparing a user identifier with the data stored in a database which contains a unique identifier for each user having subscribed to a service for powering an electric device.
A gas turbine engine, comprising: an ambient-air cooling circuit comprising a cooling channel disposed in a turbine blade and in fluid communication with a source of ambient air that provides cooling fluid; and a pre-swirler, comprising: an inner shroud; an outer shroud; and a plurality of guide vanes, each spanning from the inner shroud to the outer shroud, wherein circumferentially adjacent guide vanes define respective nozzles there between, the nozzles defining a portion of the cooling circuit, each nozzle defined by a pressure side of a first guide vane, a suction side of the adjacent guide vane, an outer end wall defined by the inner shroud, and an inner end wall defined by the outer shroud; wherein forces created by a rotation of the turbine blade motivate the cooling fluid through the cooling circuit; and wherein the pre-swirler is configured to impart swirl to the cooling fluid drawn through the nozzles and to direct the swirled cooling fluid toward a base of the turbine blade. an ambient-air cooling circuit comprising a cooling channel disposed in a turbine blade and in fluid communication with a source of ambient air that provides cooling fluid; and a pre-swirler, comprising: an inner shroud; an outer shroud; and a plurality of guide vanes, each spanning from the inner shroud to the outer shroud, wherein circumferentially adjacent guide vanes define respective nozzles there between, the nozzles defining a portion of the cooling circuit, each nozzle defined by a pressure side of a first guide vane, a suction side of the adjacent guide vane, an outer end wall defined by the inner shroud, and an inner end wall defined by the outer shroud; an inner shroud; an outer shroud; and a plurality of guide vanes, each spanning from the inner shroud to the outer shroud, wherein circumferentially adjacent guide vanes define respective nozzles there between, the nozzles defining a portion of the cooling circuit, each nozzle defined by a pressure side of a first guide vane, a suction side of the adjacent guide vane, an outer end wall defined by the inner shroud, and an inner end wall defined by the outer shroud; wherein forces created by a rotation of the turbine blade motivate the cooling fluid through the cooling circuit; and wherein the pre-swirler is configured to impart swirl to the cooling fluid drawn through the nozzles and to direct the swirled cooling fluid toward a base of the turbine blade.
A method for a system which uses multi-level data encoding where each symbol of a plurality of symbols represents more than one bit of information in a symbol stream that is transferred using a multi-level transmission channel, the method comprising: in relation to said transfer, representing the symbols in a digital bitwise form such that each symbol is presented as a plurality of bits where each bit in the plurality of bits is subject to a different probability of error; and characterised by: applying a customized error correction procedure (102, 110) to each bit of the plurality of bits, for the digital bitwise form of each symbol that is transferred, based on the different error probability that is associated with each bit of the plurality of bits such that a respective error correction power is associated with each bit of the plurality of bits, and the error correction power that is associated with any bit of the plurality of bits is different than the error correction powers that are associated with each remaining bit of the plurality of bits. in relation to said transfer, representing the symbols in a digital bitwise form such that each symbol is presented as a plurality of bits where each bit in the plurality of bits is subject to a different probability of error; and characterised by: applying a customized error correction procedure (102, 110) to each bit of the plurality of bits, for the digital bitwise form of each symbol that is transferred, based on the different error probability that is associated with each bit of the plurality of bits such that a respective error correction power is associated with each bit of the plurality of bits, and the error correction power that is associated with any bit of the plurality of bits is different than the error correction powers that are associated with each remaining bit of the plurality of bits.