mhurhangee/ep-ind-claims huggingface dataset:
An attachment interface assembly for a gas turbine engine comprising: a component configured for attachment to an engine static structure; a fastener having a threaded body portion and an enlarged head portion, the threaded body portion to be inserted through aligned holes (94, 98) in the component and engine static structure; and characterized in further comprising a clip having a center opening that receives the threaded body portion such that the clip is positioned between the enlarged head portion and the component, and in that the component comprises a heat shield (84, 86), and in that the heat shield (84, 86) comprises a thin sheet metal plate having a radially outer edge portion defined by a circumferentially extending mount flange having a first side and a second side, and wherein the first side is in direct abutting engagement with the engine static structure and the second side is in direct abutting engagement with the clip. a component configured for attachment to an engine static structure; a fastener having a threaded body portion and an enlarged head portion, the threaded body portion to be inserted through aligned holes (94, 98) in the component and engine static structure; and characterized in further comprising a clip having a center opening that receives the threaded body portion such that the clip is positioned between the enlarged head portion and the component, and in that the component comprises a heat shield (84, 86), and in that the heat shield (84, 86) comprises a thin sheet metal plate having a radially outer edge portion defined by a circumferentially extending mount flange having a first side and a second side, and wherein the first side is in direct abutting engagement with the engine static structure and the second side is in direct abutting engagement with the clip.
A method of testing a lithium-ion secondary battery, the battery comprising a cathode containing lithium iron phosphate as a cathode active material, an anode containing a carbon material as an anode active material, and an electrolyte layer arranged between the cathode and the anode, characterised in that the method comprises: adjusting a charging rate of the lithium-ion secondary battery to be in a plateau region and to be in the range from 25 to 35% or 70 to 90%; setting voltage of a test power supply to a voltage equal to or higher than voltage of the lithium-ion secondary battery; building a circuit by connecting the lithium-ion secondary battery and the test power supply; measuring a leakage current that flows through the circuit until the leakage current converges; and determining whether the lithium-ion secondary battery is good or bad based on the leakage current after the leakage current has converged. adjusting a charging rate of the lithium-ion secondary battery to be in a plateau region and to be in the range from 25 to 35% or 70 to 90%; setting voltage of a test power supply to a voltage equal to or higher than voltage of the lithium-ion secondary battery; building a circuit by connecting the lithium-ion secondary battery and the test power supply; measuring a leakage current that flows through the circuit until the leakage current converges; and determining whether the lithium-ion secondary battery is good or bad based on the leakage current after the leakage current has converged.
Straddle carrier for ISO containers, having electrical drives which are supplied by a battery, and having a raisable and lowerable load pickup means for the ISO containers, characterised in that the battery is detachably connected to the straddle carrier for charging of the battery off the straddle carrier, and is able to be exchanged in connection with the charging.
Method for the generation of a distance representative of the edge orientation at a current point of a video picture, comprising: - a calculation step, at said current point and at a plurality of points of said picture surrounding said current point forming a set of k points centered on said current point, a distance d representative of the edge orientation at said point, k being a natural integer greater than 1, where d is defined as the ratio of a horizontal gradient value lx over a vertical gradient value ly, where lx and ly are calculated at the point where d is being calculated; characterized in that it also comprises: - a conditional median filter step to filter the calculated distance for the current point on a set of distances, among the calculated distances for the points of the set of k points, respecting a predetermined criterion, the distances respecting said predetermined criterion being the distances of points whose modulus of local gradient of video components at said points is greater than a threshold, said threshold depending on the local gradient modulus of the video components at said current point of the video picture. - a calculation step, at said current point and at a plurality of points of said picture surrounding said current point forming a set of k points centered on said current point, a distance d representative of the edge orientation at said point, k being a natural integer greater than 1, where d is defined as the ratio of a horizontal gradient value lx over a vertical gradient value ly, where lx and ly are calculated at the point where d is being calculated; characterized in that it also comprises: - a conditional median filter step to filter the calculated distance for the current point on a set of distances, among the calculated distances for the points of the set of k points, respecting a predetermined criterion, the distances respecting said predetermined criterion being the distances of points whose modulus of local gradient of video components at said points is greater than a threshold, said threshold depending on the local gradient modulus of the video components at said current point of the video picture. - a conditional median filter step to filter the calculated distance for the current point on a set of distances, among the calculated distances for the points of the set of k points, respecting a predetermined criterion, the distances respecting said predetermined criterion being the distances of points whose modulus of local gradient of video components at said points is greater than a threshold, said threshold depending on the local gradient modulus of the video components at said current point of the video picture.
An information processing apparatus comprising: an antenna (209A, 209B) configured to receive signals from devices in a first network including the information processing apparatus and from devices in at least one further network not including the information processing apparatus; and a management unit configured to manage a Network Allocation Vector, NAV, set for the first network and an overlapping NAV, ONAV, set for each network of the at least one further network, where the management unit is configured to manage the NAV using a NAV information management table and to manage the ONAV using an ONAV information management table; wherein, in response to the antenna receiving a request-to-send, RTS, frame from a network in the at least one further network, the management unit is configured to provisionally set the ONAV for that network by recording the ONAV as provisionally set in the ONAV information management table; and wherein, in response to the antenna subsequently receiving, from said network in the at least one further network, a clear-to-send, CTS, frame corresponding to the RTS frame, when a transmit address in the RTS frame and a receive address in the CTS frame coincide, the management unit is configured to confirm the ONAV for that network by recording the ONAV as definitively set in the ONAV information management table. an antenna (209A, 209B) configured to receive signals from devices in a first network including the information processing apparatus and from devices in at least one further network not including the information processing apparatus; and a management unit configured to manage a Network Allocation Vector, NAV, set for the first network and an overlapping NAV, ONAV, set for each network of the at least one further network, where the management unit is configured to manage the NAV using a NAV information management table and to manage the ONAV using an ONAV information management table; wherein, in response to the antenna receiving a request-to-send, RTS, frame from a network in the at least one further network, the management unit is configured to provisionally set the ONAV for that network by recording the ONAV as provisionally set in the ONAV information management table; and wherein, in response to the antenna subsequently receiving, from said network in the at least one further network, a clear-to-send, CTS, frame corresponding to the RTS frame, when a transmit address in the RTS frame and a receive address in the CTS frame coincide, the management unit is configured to confirm the ONAV for that network by recording the ONAV as definitively set in the ONAV information management table.
A network entity of a cellular telecommunications network having a processing unit that is configured: - to define a spatial zone (1, 1') by a set of geographical coordinates in the cellular telecommunications network; - to receive route indication information from at least one mobile terminal on a vehicle (11, 12, 12') or being part of a vehicle integrated system inside the spatial zone (1. 1'); - to generate a trajectory (110, 120, 130) for the vehicle (11, 12, 12') based on the received route indication information; - to calculate a danger situation probability for the vehicle (11, 12, 12') based on the generated trajectory; and - to send a notification message to the mobile terminal if the danger situation probability exceeds a predefined threshold probability. - to define a spatial zone (1, 1') by a set of geographical coordinates in the cellular telecommunications network; - to receive route indication information from at least one mobile terminal on a vehicle (11, 12, 12') or being part of a vehicle integrated system inside the spatial zone (1. 1'); - to generate a trajectory (110, 120, 130) for the vehicle (11, 12, 12') based on the received route indication information; - to calculate a danger situation probability for the vehicle (11, 12, 12') based on the generated trajectory; and - to send a notification message to the mobile terminal if the danger situation probability exceeds a predefined threshold probability.
Method for detecting objects from a sequence of images from a vehicle camera, comprising the steps of: a) recording a sequence of images using the vehicle camera, b) ascertaining corresponding features in two consecutive images, c) calculating homographies for neighbouring corresponding features for the determination of a plurality of planes and for assignment to in each case one plane in space, d) determining the plurality of planes in space by assigning neighbouring corresponding features to a plane in space, wherein the possible spatial planes specified are: a rear wall plane extending normally to the vehicle longitudinal direction, a side wall plane extending normally to the lateral direction, and a bottom plane extending normally to the vertical direction, e) segmenting the corresponding features on the basis of the calculated homographies, and f) detecting objects taking into account the planes determined in step d) and the features segmented according to step e). a) recording a sequence of images using the vehicle camera, b) ascertaining corresponding features in two consecutive images, c) calculating homographies for neighbouring corresponding features for the determination of a plurality of planes and for assignment to in each case one plane in space, d) determining the plurality of planes in space by assigning neighbouring corresponding features to a plane in space, wherein the possible spatial planes specified are: a rear wall plane extending normally to the vehicle longitudinal direction, a side wall plane extending normally to the lateral direction, and a bottom plane extending normally to the vertical direction, e) segmenting the corresponding features on the basis of the calculated homographies, and f) detecting objects taking into account the planes determined in step d) and the features segmented according to step e).
A communication method, comprising: when determining that a plurality of logical channel groups, LCGs, comprise to-be-reported uplink buffer data, determining, by a terminal device (120, 2500), whether a current uplink resource is sufficient to report uplink amounts of data in a buffer of the plurality of LCGs; when the current uplink resource is insufficient to report amount of data in a buffer information of the plurality of LCGs, if the current uplink resource can accommodate only one byte, determining, by the terminal device (120, 2500), a third buffer status report, BSR, format as a second target BSR format; otherwise, determining, by the terminal device (120, 2500), a fourth BSR format as a second target BSR format; and sending, by the terminal device (120, 2500), a truncated BSR to an access network device (110, 2600) by using the second target BSR format, wherein the truncated BSR comprises uplink amounts of data in a buffer of some of the plurality of LCGs, wherein both the third BSR format and the fourth BSR format are truncated BSR formats, the truncated BSR format is a format used by the terminal device (120, 2500) to send the truncated BSR, and the truncated BSR is used to report the uplink amounts of data in the buffer of the some of the plurality of LCGs. when determining that a plurality of logical channel groups, LCGs, comprise to-be-reported uplink buffer data, determining, by a terminal device (120, 2500), whether a current uplink resource is sufficient to report uplink amounts of data in a buffer of the plurality of LCGs; when the current uplink resource is insufficient to report amount of data in a buffer information of the plurality of LCGs, if the current uplink resource can accommodate only one byte, determining, by the terminal device (120, 2500), a third buffer status report, BSR, format as a second target BSR format; otherwise, determining, by the terminal device (120, 2500), a fourth BSR format as a second target BSR format; and sending, by the terminal device (120, 2500), a truncated BSR to an access network device (110, 2600) by using the second target BSR format, wherein the truncated BSR comprises uplink amounts of data in a buffer of some of the plurality of LCGs, wherein both the third BSR format and the fourth BSR format are truncated BSR formats, the truncated BSR format is a format used by the terminal device (120, 2500) to send the truncated BSR, and the truncated BSR is used to report the uplink amounts of data in the buffer of the some of the plurality of LCGs.
Flexible haptic interface, comprising: - a chamber containing a non-Newtonian fluid and bounded at least partially by a flexible wall the exterior face of which defines a touch surface capable of being touched by a user, - a plurality of actuators borne by a flexible carrier and placed so as to transmit a local mechanical excitation to the fluid, and - a control circuit connected to the actuators and configured to modulate the signals sent to the actuators in order to mechanically induce a modification of the rheology of the fluid and to generate a haptic sensation perceptible by the user on the touch surface. - a chamber containing a non-Newtonian fluid and bounded at least partially by a flexible wall the exterior face of which defines a touch surface capable of being touched by a user, - a plurality of actuators borne by a flexible carrier and placed so as to transmit a local mechanical excitation to the fluid, and - a control circuit connected to the actuators and configured to modulate the signals sent to the actuators in order to mechanically induce a modification of the rheology of the fluid and to generate a haptic sensation perceptible by the user on the touch surface.
A hermetically-sealed package, comprising: a housing comprising an inner surface and an outer surface; a substrate hermetically sealed to the housing and comprising a first major surface and a second major surface; a light source disposed on the first major surface of the substrate and comprising an emitting surface, wherein the light source is adapted to emit light through the first and second major surfaces of the substrate; a detector disposed on the first major surface of the substrate and comprising a detecting surfact (94, 594), characterized in that the detector is adapted to detect at least a portion of the light emitted by the light source; and a masking layer disposed on at least one of the first major surface and the second major surface of the substrate, wherein the masking layer comprises a first aperture aligned with an emission axis of the light source in a direction orthogonal to the first major surface of the substrate, wherein the masking layer further comprises a second aperture aligned with a detection axis of the detector in a direction orthogonal to the first major surface of the substrate. a housing comprising an inner surface and an outer surface; a substrate hermetically sealed to the housing and comprising a first major surface and a second major surface; a light source disposed on the first major surface of the substrate and comprising an emitting surface, wherein the light source is adapted to emit light through the first and second major surfaces of the substrate; a detector disposed on the first major surface of the substrate and comprising a detecting surfact (94, 594), characterized in that the detector is adapted to detect at least a portion of the light emitted by the light source; and a masking layer disposed on at least one of the first major surface and the second major surface of the substrate, wherein the masking layer comprises a first aperture aligned with an emission axis of the light source in a direction orthogonal to the first major surface of the substrate, wherein the masking layer further comprises a second aperture aligned with a detection axis of the detector in a direction orthogonal to the first major surface of the substrate.
Trailer coupling for a motor vehicle for attaching a trailer or supporting a load carrier, with a coupling arm provided with a coupling element for coupling-on the trailer or load carrier, and at least one sensor (60, 360) mounted on the coupling arm, for detecting a deformation of the coupling arm due to a load acting on the coupling arm, wherein the coupling arm has reinforcing ribs at its outer peripheral contour, between which a lateral recess is provided, wherein there is provided on an outer peripheral contour of the coupling arm, in addition to the lateral recess provided between the reinforcing ribs, at least one recess (40, 41; 340, 341), in or on which the at least one sensor (60, 360) is mounted or held, and wherein the recess (40, 41; 340, 341) is produced in a dedicated manner for the at least one sensor (60, 360), characterised in that the at least one sensor (60, 360) is provided to detect a deformation of the coupling arm outside the neutral phase or neutral fibre of the coupling arm.
A Plasma Protein Fraction for use in preventing a thymic cancer, wherein the PPF comprises a sterile solution of protein composed of albumin and globulin, derived from human plasma, with an albumin content of at least 83% with no more than 17% globulins and other plasma proteins, preferably wherein the PPF comprises no more than 1% gamma globulin as determined by electrophoresis.
A pulley structure comprising: a cylindrical outer rotating body around which a belt is to be wound; an inner rotating body provided on a radial inside of the outer rotating body and relatively rotatable with respect to the outer rotating body around a common rotation axis with the outer rotating body; and a coil spring provided between the outer rotating body and the inner rotating body and compressed in an axial direction along the rotation axis, wherein the coil spring is configured to be engaged with the outer rotating body and the inner rotating body due to torsional deformation in a diameter expansion or diameter reduction direction to transmit torque between the outer rotating body and the inner rotating body, and is configured to come into a disengaged state in which the coil spring slides with respect to the outer rotating body or the inner rotating body due to torsional deformation in a direction opposite to the direction when the torque is transmitted, so as to block the transmission of torque between the outer rotating body and the inner rotating body, and characterized in that the coil spring has a number of windings within a range of M-0.125 or more and less than M, where M is a natural number; wherein the coil spring has a torsional torque of being set to be 1 N·m or more and 10 N·m or less when the coil spring is in the disengaged state. a cylindrical outer rotating body around which a belt is to be wound; an inner rotating body provided on a radial inside of the outer rotating body and relatively rotatable with respect to the outer rotating body around a common rotation axis with the outer rotating body; and a coil spring provided between the outer rotating body and the inner rotating body and compressed in an axial direction along the rotation axis, wherein the coil spring is configured to be engaged with the outer rotating body and the inner rotating body due to torsional deformation in a diameter expansion or diameter reduction direction to transmit torque between the outer rotating body and the inner rotating body, and is configured to come into a disengaged state in which the coil spring slides with respect to the outer rotating body or the inner rotating body due to torsional deformation in a direction opposite to the direction when the torque is transmitted, so as to block the transmission of torque between the outer rotating body and the inner rotating body, and characterized in that the coil spring has a number of windings within a range of M-0.125 or more and less than M, where M is a natural number; wherein the coil spring has a torsional torque of being set to be 1 N·m or more and 10 N·m or less when the coil spring is in the disengaged state.