mhurhangee/ep-ind-claims huggingface dataset:
A method for imaging ear tissue through an intact round window membrane of a cochlea, the method comprising: positioning an endoscope proximal to the round window membrane; using the endoscope to deliver illumination radiation to the round window membrane, including directing and focusing, using focusing optics that include one or more reflective lenses, the illumination radiation to pass through the intact round window membrane of the cochlea and be incident on the ear tissue at a plurality of locations, the illumination radiation comprising a plurality of light pulses each having a temporal duration of 500 femtoseconds or less, wherein the ear tissue does not comprise an exogenous fluorophore; using the endoscope to collect emitted radiation emerging through the round window membrane, and to transport the emitted radiation to a detector; for each of the plurality of locations, using the detector to detect the radiation emitted from the location and that passes through the intact round window membrane of the cochlea; and forming an image of the ear tissue based on the detected radiation at each of the plurality of locations, wherein the emitted radiation corresponds to endogenous two-photon fluorescence of the ear tissue. positioning an endoscope proximal to the round window membrane; using the endoscope to deliver illumination radiation to the round window membrane, including directing and focusing, using focusing optics that include one or more reflective lenses, the illumination radiation to pass through the intact round window membrane of the cochlea and be incident on the ear tissue at a plurality of locations, the illumination radiation comprising a plurality of light pulses each having a temporal duration of 500 femtoseconds or less, wherein the ear tissue does not comprise an exogenous fluorophore; using the endoscope to collect emitted radiation emerging through the round window membrane, and to transport the emitted radiation to a detector; for each of the plurality of locations, using the detector to detect the radiation emitted from the location and that passes through the intact round window membrane of the cochlea; and forming an image of the ear tissue based on the detected radiation at each of the plurality of locations, wherein the emitted radiation corresponds to endogenous two-photon fluorescence of the ear tissue.
A wind guide system for guiding the wind in front of and/or above a wind turbine from a first direction to a second direction; the wind turbine comprising a tower and a rotor provided with a number of rotor blades defining a rotor swept area; the wind guide system comprising a wind guide (10, 44) arranged and configured to receive wind surrounding the rotor swept area and to change the direction of the wind so that the wind leaving the wind guide (10, 44) has another direction than the wind received by the wind guide (10, 44); the wind guide (10, 44) being arranged and configured to direct the wind surrounding the rotor swept area to an area behind the rotor swept area in such a way that in the area behind the rotor the wind speed is increased and the wind pressure is reduced, characterized in that the height of the wind guide structure is comprised between one third and two thirds of the distance between the ground and the tip of the rotor blades when they are in their lowest vertical position. the wind turbine comprising a tower and a rotor provided with a number of rotor blades defining a rotor swept area; the wind guide system comprising a wind guide (10, 44) arranged and configured to receive wind surrounding the rotor swept area and to change the direction of the wind so that the wind leaving the wind guide (10, 44) has another direction than the wind received by the wind guide (10, 44); the wind guide (10, 44) being arranged and configured to direct the wind surrounding the rotor swept area to an area behind the rotor swept area in such a way that in the area behind the rotor the wind speed is increased and the wind pressure is reduced, characterized in that the height of the wind guide structure is comprised between one third and two thirds of the distance between the ground and the tip of the rotor blades when they are in their lowest vertical position.
Breadcrumbs having a grain size distribution in which the proportion of a fraction of breadcrumbs that have a grain size of 2.36 mm or more is 8 to 21 mass% and the proportion of a fraction of breadcrumbs that have a grain size of 1.18 mm or less is 45 mass% or less, and having a bulk density of 270 to 600 ml/100g.
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: receiving a radio resource control, RRC, message for a serving cell including a random access channel, RACH, resource configuration for one or more uplink bandwidth parts, BWPs for the serving cell, wherein the RRC message for the serving cell includes information indicating a default uplink BWP for a secondary cell, SCell; receiving an SCell activation command; activating the default uplink BWP based on the SCell activation command; transmitting a random access preamble on the activated default uplink BWP among the one or more uplink BWPs, receiving a random access response, RAR, including an indication of a timing advance, TA, value, wherein the TA value is indicated relative to a subcarrier spacing, SCS, of an uplink transmission to be performed from the UE after the reception of the RAR; and performing the uplink transmission after the reception of the RAR according to the TA value, based on a timing alignment corresponding to the TA value, wherein the timing alignment is identified based on the TA value and a step size associated with a granularity, wherein the step size is inversely proportional to the identified SCS of the uplink transmission after the reception of the RAR, and wherein the random access preamble is transmitted based on a RACH resource configuration associated with the activated default uplink BWP. receiving a radio resource control, RRC, message for a serving cell including a random access channel, RACH, resource configuration for one or more uplink bandwidth parts, BWPs for the serving cell, wherein the RRC message for the serving cell includes information indicating a default uplink BWP for a secondary cell, SCell; receiving an SCell activation command; activating the default uplink BWP based on the SCell activation command; transmitting a random access preamble on the activated default uplink BWP among the one or more uplink BWPs, receiving a random access response, RAR, including an indication of a timing advance, TA, value, wherein the TA value is indicated relative to a subcarrier spacing, SCS, of an uplink transmission to be performed from the UE after the reception of the RAR; and performing the uplink transmission after the reception of the RAR according to the TA value, based on a timing alignment corresponding to the TA value, wherein the timing alignment is identified based on the TA value and a step size associated with a granularity, wherein the step size is inversely proportional to the identified SCS of the uplink transmission after the reception of the RAR, and wherein the random access preamble is transmitted based on a RACH resource configuration associated with the activated default uplink BWP.
Method for obtaining a laminated-type depilatory element, the element comprising: - An adhesive material intended to engage the hair to be removed; - A support substrate to which the adhesive material is adhered, said support substrate being intended to allow the user to press the adhesive material against the skin and pull the element for hair removal; - A protection film destined to be peeled off before using the strip; - Wherein the support substrate comprises at least two opposite extensions (15, 16) adhesive free and that allow to pull the element by both sides; the method comprising: - Obtaining a laminated-type continuous strip provided with the adhesive material, the support substrate and the protection film, by applying the adhesive material distributed in portions in a discreet and periodic manner on the support substrate and then applying the protection film on the adhesive portions, such that the adhesive portions are sandwiched between the support substrate and the protection film; - Applying to the strip a cutting die whose shape defines said at least two extensions (15, 16), the cutting die not contacting the adhesive material and traversing both the support substrate and the protection film, to obtain a plurality of physically separated depilatory elements, each including one of said adhesive material portions sandwiched between a support substrate portion and a protection film portion; - Separating the cutting die; - Recovering the remaining scrap continuously using a backup roller, or by gravity or vacuum if the remaining scrap is not continuous. - An adhesive material intended to engage the hair to be removed; - A support substrate to which the adhesive material is adhered, said support substrate being intended to allow the user to press the adhesive material against the skin and pull the element for hair removal; - A protection film destined to be peeled off before using the strip; - Wherein the support substrate comprises at least two opposite extensions (15, 16) adhesive free and that allow to pull the element by both sides; - Obtaining a laminated-type continuous strip provided with the adhesive material, the support substrate and the protection film, by applying the adhesive material distributed in portions in a discreet and periodic manner on the support substrate and then applying the protection film on the adhesive portions, such that the adhesive portions are sandwiched between the support substrate and the protection film; - Applying to the strip a cutting die whose shape defines said at least two extensions (15, 16), the cutting die not contacting the adhesive material and traversing both the support substrate and the protection film, to obtain a plurality of physically separated depilatory elements, each including one of said adhesive material portions sandwiched between a support substrate portion and a protection film portion; - Separating the cutting die; - Recovering the remaining scrap continuously using a backup roller, or by gravity or vacuum if the remaining scrap is not continuous.
An aircraft propulsion assembly comprising a nacelle wherein a turbojet engine is housed, said nacelle comprising at least a first and a second panel (16, 18) between which is arranged an articulation hinge comprising a clevis secured to the first panel and a counter-clevis, secured to the second panel, which is received between two ears of the clevis, the clevis and counter-clevis being passed through by an articulation axle, movable between an extended position between the ears of the clevis and a retracted position outside the clevis, characterised in that the hinge comprises bayonet mounting means interposed between the axle and the clevis, which comprise: - two opposing lugs extending radially from the axle, - a case, a base plate of which is attached to an ear of the clevis outside of the clevis, through which the axle passes, and which comprises a barrel extending from the base plate outside of the clevis, receiving a locking/unlocking mechanism for the lugs as a function of an axial and angular position of the axle, and a tubular cannon extending from the barrel, which is intended to receive and guide the axle in translation and in rotation, to allow the axle to pass from its extended position in the clevis to its retracted position outside the clevis and into the case, - a handle projecting from the cannon at a free end of the axle, allowing the axle to be manipulated axially and angularly. - two opposing lugs extending radially from the axle, - a case, a base plate of which is attached to an ear of the clevis outside of the clevis, through which the axle passes, and which comprises a barrel extending from the base plate outside of the clevis, receiving a locking/unlocking mechanism for the lugs as a function of an axial and angular position of the axle, and a tubular cannon extending from the barrel, which is intended to receive and guide the axle in translation and in rotation, to allow the axle to pass from its extended position in the clevis to its retracted position outside the clevis and into the case, - a handle projecting from the cannon at a free end of the axle, allowing the axle to be manipulated axially and angularly.
A drop terminal comprising: a housing defining an interior, the housing having an input and a plurality of output ports; and a tray configured to be disposed within the interior of the housing, the tray including a tray body that extends substantially a length of the housing and substantially a width of the housing, the tray body defining a plurality of apertures providing access to the output ports of the housing, the tray body including fiber management guides (131, 132) to route optical fibers of an optical cable about the tray, characterized in that the tray body also includes a storage arrangement configured to retain one or more optical connectors at the tray body. a housing defining an interior, the housing having an input and a plurality of output ports; and a tray configured to be disposed within the interior of the housing, the tray including a tray body that extends substantially a length of the housing and substantially a width of the housing, the tray body defining a plurality of apertures providing access to the output ports of the housing, the tray body including fiber management guides (131, 132) to route optical fibers of an optical cable about the tray, characterized in that the tray body also includes a storage arrangement configured to retain one or more optical connectors at the tray body.
A display for an electronic measurement device, comprising: a touch-sensitive display, wherein the display is configured to display a graphical user interface, wherein the graphical user interface comprises a 3D control element in the form of an animated ball, a first vertical scale comprising selectable numerical values along a first axis and a second horizontal scale of selectable resolutions for the first scale along a second axis, wherein the first scale and the second scale are wrapped around the animated ball, and a selected numerical value is displayed in the center of the ball in the intersection of the first and the second axis, wherein the display is configured to detect a first and a second user input on the graphical user interface, wherein the display is configured to determine a change of a selected numeric value of the electronic measurement device based on the first user input, wherein the display is configured to determine a resolution and/or a value range for the change of the selected numerical value based on the second user input, and wherein the first and the second user input comprise respectively a vertical and a horizontal swipe gesture over the animated ball, wherein the animated ball is animated to rotate in response to the user inputs. a touch-sensitive display, wherein the display is configured to display a graphical user interface, wherein the graphical user interface comprises a 3D control element in the form of an animated ball, a first vertical scale comprising selectable numerical values along a first axis and a second horizontal scale of selectable resolutions for the first scale along a second axis, wherein the first scale and the second scale are wrapped around the animated ball, and a selected numerical value is displayed in the center of the ball in the intersection of the first and the second axis, wherein the display is configured to detect a first and a second user input on the graphical user interface, wherein the display is configured to determine a change of a selected numeric value of the electronic measurement device based on the first user input, wherein the display is configured to determine a resolution and/or a value range for the change of the selected numerical value based on the second user input, and wherein the first and the second user input comprise respectively a vertical and a horizontal swipe gesture over the animated ball, wherein the animated ball is animated to rotate in response to the user inputs.
A method of detecting rotor position in a reluctance machine, the method comprising: deriving a value for the flux linkage associated with the or at least one phase of the machine at a first point (θ οn), at a moment at which application of voltage to that phase is initiated, characterised in that the current at the said moment is non-zero and the value of the flux linkage at the said moment is derived from the current at the said moment and stored values of inductance; deriving a value of the phase current and flux linkage at a subsequent point when it is estimated that a subsequent predetermined position (θ ref) has been reached, wherein the flux-linkage at the said subsequent point is derived by integrating phase voltage from the said moment to the subsequent point; combining the derived flux linkage values to give a value of total flux linkage at the subsequent point; and deriving the rotor position from the derived value of phase current at the subsequent point and the value of the total flux linkage. deriving a value for the flux linkage associated with the or at least one phase of the machine at a first point (θ οn), at a moment at which application of voltage to that phase is initiated, characterised in that the current at the said moment is non-zero and the value of the flux linkage at the said moment is derived from the current at the said moment and stored values of inductance; deriving a value of the phase current and flux linkage at a subsequent point when it is estimated that a subsequent predetermined position (θ ref) has been reached, wherein the flux-linkage at the said subsequent point is derived by integrating phase voltage from the said moment to the subsequent point; combining the derived flux linkage values to give a value of total flux linkage at the subsequent point; and deriving the rotor position from the derived value of phase current at the subsequent point and the value of the total flux linkage.
A compute apparatus to perform parallel processing suitable for machine learning operations, the compute apparatus comprising: instruction decode logic to decode a single instruction including a single opcode and multiple operands into a single decoded instruction, the multiple operands stored in multiple input registers and referencing multiple data elements having differing precisions, wherein each input register can store an operand including one or more elements at a first precision and one or more elements at a second precision; and a general-purpose graphics compute unit including a first logic unit and a second logic unit, the general-purpose graphics compute unit to execute the single decoded instruction, wherein to execute the single decoded instruction includes to perform, at the first logic unit, an instruction operation on a first set of operands of the multiple operands at the first precision and, in parallel, perform, at the second logic unit, the instruction operation on a second set of operands of the multiple operands at the second precision, and output the results. instruction decode logic to decode a single instruction including a single opcode and multiple operands into a single decoded instruction, the multiple operands stored in multiple input registers and referencing multiple data elements having differing precisions, wherein each input register can store an operand including one or more elements at a first precision and one or more elements at a second precision; and a general-purpose graphics compute unit including a first logic unit and a second logic unit, the general-purpose graphics compute unit to execute the single decoded instruction, wherein to execute the single decoded instruction includes to perform, at the first logic unit, an instruction operation on a first set of operands of the multiple operands at the first precision and, in parallel, perform, at the second logic unit, the instruction operation on a second set of operands of the multiple operands at the second precision, and output the results.
A method for manufacturing a three-dimensional object by selective solidification of a build material, in which a mask is areally irradiated with at least one radiation source, wherein the mask is arranged at a distance from the build plane, and an image of the mask is generated on the build plane by the use of an imaging optical system, characterized in that the mask is arranged on a reflective mask carrier and is transilluminated twice by the radiation delivered by the radiation source, and multiple radiation sources are provided, which are used simultaneously or alternatively to one another.
SMA valve assembly for controlling pressurized air supply to inflatable cells in a vehicle seat, comprising a housing (2, 4) containing a plurality of SMA valves and a main printed circuit board carrying electronic components and conductors for operating the SMA valves; each SMA valve comprising a pressure chamber having a port, each pressure chamber containing: a valve element biased to a rest position in sealing abutment on a valve seat of the port, a SMA actuator (18, 19, 20, 21) adapted to, when activated by supply of electrical energy, move the valve element away from the valve seat, and an actuator printed circuit board for mounting and electrically connecting the SMA actuator; a conductor arrangement electrically connecting the actuator printed circuit boards inside of the pressure chambers to the main printed circuit board disposed in the housing outside the pressure chambers; characterized in that the actuator printed circuit boards and the main printed circuit board are parts of a common printed circuit board (42, 44, 46) carrying the conductor arrangement, wherein each actuator printed circuit board portion is connected to the main printed circuit board portion by a bridge printed circuit board portion, and in that each pressure chamber has an opening to allow a respective bridge printed circuit board portion to extend therethrough, which opening is provided with a pocket filled with cured sealing glue to embed the bridge printed circuit board portion extending therethrough and to seal the opening of the pressure chamber. each SMA valve comprising a pressure chamber having a port, each pressure chamber containing: a valve element biased to a rest position in sealing abutment on a valve seat of the port, a SMA actuator (18, 19, 20, 21) adapted to, when activated by supply of electrical energy, move the valve element away from the valve seat, and an actuator printed circuit board for mounting and electrically connecting the SMA actuator; a conductor arrangement electrically connecting the actuator printed circuit boards inside of the pressure chambers to the main printed circuit board disposed in the housing outside the pressure chambers; characterized in that the actuator printed circuit boards and the main printed circuit board are parts of a common printed circuit board (42, 44, 46) carrying the conductor arrangement, wherein each actuator printed circuit board portion is connected to the main printed circuit board portion by a bridge printed circuit board portion, and in that each pressure chamber has an opening to allow a respective bridge printed circuit board portion to extend therethrough, which opening is provided with a pocket filled with cured sealing glue to embed the bridge printed circuit board portion extending therethrough and to seal the opening of the pressure chamber.