mhurhangee/ep-ind-claims huggingface dataset:
An airfoil for a gas turbine engine, the airfoil comprising a unitary ceramic matrix composite body, the unitary CMC body comprising: a core comprising a plurality of core ceramic fibers, wherein at least 75 percent of the plurality of the core ceramic fibers are arranged in a radial direction; and a shell surrounding the core, the shell comprising a plurality of shell ceramic fibers (38, 40) wherein the shell ceramic fibers (38, 40) are woven or braided; a first portion of the shell ceramic fibers are arranged in a first direction substantially aligned with a radial axis of the airfoil, and a second portion of the shell ceramic fibers are arranged to extend along a circumference of the airfoil, wherein the airfoil is characterised in that: a surface density of the first portion of the shell ceramic fibers is greater than a surface density of the second portion of the shell ceramic fibers wherein a ratio between a diameter of the core ceramic fibers and a diameter of the shell ceramic fibers is between 2.5 and 20. a core comprising a plurality of core ceramic fibers, wherein at least 75 percent of the plurality of the core ceramic fibers are arranged in a radial direction; and a shell surrounding the core, the shell comprising a plurality of shell ceramic fibers (38, 40) wherein the shell ceramic fibers (38, 40) are woven or braided; a first portion of the shell ceramic fibers are arranged in a first direction substantially aligned with a radial axis of the airfoil, and a second portion of the shell ceramic fibers are arranged to extend along a circumference of the airfoil, wherein the airfoil is characterised in that: a surface density of the first portion of the shell ceramic fibers is greater than a surface density of the second portion of the shell ceramic fibers wherein a ratio between a diameter of the core ceramic fibers and a diameter of the shell ceramic fibers is between 2.5 and 20.
A wireless transmit/receive unit, WTRU, comprising: a processor configured to: receive a signal from a base station while the WTRU is in a sleep state, wherein the signal comprises K parts corresponding to a bit pattern of K bits, each part being a sequence and all K sequences of the signal forming a set of sequences, wherein an i-th part of the K parts corresponds to a sequence s i with non-zero complex numbers if a corresponding i-th bit b i in the bit pattern is 1 and the i-th part of the K parts corresponds to a sequence of 0s if the corresponding i-th bit b i in the bit pattern is 0; detect the bit pattern indicated by the signal based on energy detection; determine whether the bit pattern matches a configured bit pattern; based on a determination that the bit pattern matches the configured bit pattern, wake up from the sleep state; upon waking up from the sleep state, determine whether the set of sequences matches a configured sequence set; and based on a determination that the set of sequences matches the configured sequence set, determine a physical downlink control channel, PDCCH, resource to monitor based on the configured sequence set. receive a signal from a base station while the WTRU is in a sleep state, wherein the signal comprises K parts corresponding to a bit pattern of K bits, each part being a sequence and all K sequences of the signal forming a set of sequences, wherein an i-th part of the K parts corresponds to a sequence s i with non-zero complex numbers if a corresponding i-th bit b i in the bit pattern is 1 and the i-th part of the K parts corresponds to a sequence of 0s if the corresponding i-th bit b i in the bit pattern is 0; detect the bit pattern indicated by the signal based on energy detection; determine whether the bit pattern matches a configured bit pattern; based on a determination that the bit pattern matches the configured bit pattern, wake up from the sleep state; upon waking up from the sleep state, determine whether the set of sequences matches a configured sequence set; and based on a determination that the set of sequences matches the configured sequence set, determine a physical downlink control channel, PDCCH, resource to monitor based on the configured sequence set.
Method for manufacturing a rolled product for automobile bodywork or body structure, also referred to as "body in white", from an aluminium alloy, comprising the following successive steps: a. casting of an ingot with the following composition (% by weight): Si: 0.75 -1.10; Fe: max 0.4; Cu: 0.5 - 0.8; Mn: 0.1 - 0.4; Mg: 0.75 - 1; Ti: max 0.15; Cr: max 0.1; V: max 0.1; and impurities at maximum 0.05% each, and total 0.15% maximum; remainder aluminium, b. homogenization of the ingot is at a temperature from 520 to 560°C during from 2 to 8 hours, c. hot rolling of the ingot is to a thickness from 3 to 10mm, d. cold rolling into a sheet is to a thickness from 1 to 4 mm, e. solution heat treatment is from 540 to 580 °C from 1 s to 5 minutes, water quenching of the sheet, f. pre ageing of the sheet during at least 8 hours at a temperature from 50°C to 120°C by coiling the sheet at a coiling temperature from 50°C to 120°C, g. natural ageing of the sheet to T4 temper. a. casting of an ingot with the following composition (% by weight): Si: 0.75 -1.10; Fe: max 0.4; Cu: 0.5 - 0.8; Mn: 0.1 - 0.4; Mg: 0.75 - 1; Ti: max 0.15; Cr: max 0.1; V: max 0.1; and impurities at maximum 0.05% each, and total 0.15% maximum; remainder aluminium, Si: 0.75 -1.10; Fe: max 0.4; Cu: 0.5 - 0.8; Mn: 0.1 - 0.4; Mg: 0.75 - 1; Ti: max 0.15; Cr: max 0.1; V: max 0.1; and impurities at maximum 0.05% each, and total 0.15% maximum; remainder aluminium, b. homogenization of the ingot is at a temperature from 520 to 560°C during from 2 to 8 hours, c. hot rolling of the ingot is to a thickness from 3 to 10mm, d. cold rolling into a sheet is to a thickness from 1 to 4 mm, e. solution heat treatment is from 540 to 580 °C from 1 s to 5 minutes, water quenching of the sheet, f. pre ageing of the sheet during at least 8 hours at a temperature from 50°C to 120°C by coiling the sheet at a coiling temperature from 50°C to 120°C, g. natural ageing of the sheet to T4 temper.
A shell, comprising a ceramic substrate, wherein the ceramic substrate comprises a first region, a second region and a gradation region located between the first region and the second region; the first region presents a first color, the second region presents a second color, and the first region and the second region have a color difference; a direction from the first region to the second region is a first direction, and the gradation region presents a gradation from the first color to the second color along the first direction; and a surface of the ceramic substrate is disposed with a first boundary line and a second boundary line, the first boundary line is located between the first region and the gradation region, the second boundary line is located between the second region and the gradation region; characterized in that a straightness of at least one of the first boundary line and the second boundary line is less than 0.5 mm, wherein the straightness is a maximum value of a vertical distance between a wave peak and a wave trough of a curve defined by the at least one of the first boundary line and the second boundary line. the first region presents a first color, the second region presents a second color, and the first region and the second region have a color difference; a direction from the first region to the second region is a first direction, and the gradation region presents a gradation from the first color to the second color along the first direction; and a surface of the ceramic substrate is disposed with a first boundary line and a second boundary line, the first boundary line is located between the first region and the gradation region, the second boundary line is located between the second region and the gradation region; characterized in that a straightness of at least one of the first boundary line and the second boundary line is less than 0.5 mm, wherein the straightness is a maximum value of a vertical distance between a wave peak and a wave trough of a curve defined by the at least one of the first boundary line and the second boundary line.
A current differential relay apparatus comprising: an operation-level calculating unit that is adapted to calculate an operation level which is a vector sum of a local-terminal current and a received opposing-terminal current; a suppression-level calculating unit that is adapted to calculate a suppression level which is a scalar sum of the local-terminal current and the opposing-terminal current; a first ratio-differential-characteristic determining unit that is adapted to determine an operation in a ratio differential characteristic based on a first relational expression; a maximum-terminal-current selecting unit that is adapted to select a current value of a maximum-current terminal among terminals including the local terminal; a change-level determining unit which is adapted to determine that a change level of the current value of the maximum-current terminal selected by the maximum-terminal-current selecting unit is equal to or greater than a predetermined value; and a second ratio-differential-characteristic determining unit that is adapted to determine an operation in a ratio differential characteristic based on a second relational expression; characterized by an external fault determining unit that is adapted to determine an occurrence of an external fault based on determination results by the change-level determining unit and the second ratio-differential-characteristic determining unit. an operation-level calculating unit that is adapted to calculate an operation level which is a vector sum of a local-terminal current and a received opposing-terminal current; a suppression-level calculating unit that is adapted to calculate a suppression level which is a scalar sum of the local-terminal current and the opposing-terminal current; a first ratio-differential-characteristic determining unit that is adapted to determine an operation in a ratio differential characteristic based on a first relational expression; a maximum-terminal-current selecting unit that is adapted to select a current value of a maximum-current terminal among terminals including the local terminal; a change-level determining unit which is adapted to determine that a change level of the current value of the maximum-current terminal selected by the maximum-terminal-current selecting unit is equal to or greater than a predetermined value; and a second ratio-differential-characteristic determining unit that is adapted to determine an operation in a ratio differential characteristic based on a second relational expression; an external fault determining unit that is adapted to determine an occurrence of an external fault based on determination results by the change-level determining unit and the second ratio-differential-characteristic determining unit.
Heat pump system with exactly one environmental heat source circuit having a brine in which several environmental heat sources (1, 2, 3, 8) are integrated as heat sources, characterised in that, evaporators of at least two coolant circuits of heat pumps which are structurally separated from each other, said evaporators being arranged in parallel, are connected to the one environmental heat source circuit, that individual environmental heat sources (1, 2, 3, 8) are able to be deactivated by means of reversing or shut-off valves, that in the case of heat pumps in which no heat requirement is present, the brine flows through the corresponding evaporator without thereby emitting heat, and that exactly one circulation pump is located in the environmental heat source circuit.
A cycloaliphatic resin containing silanes with epoxy and alkoxy-silanol functionalities obtained from the reaction of: a) an epoxy functional silane with the formula where each R 1 is independently selected from methyl, methoxy, ethoxy or propoxy; "X" can be epoxy-cyclohexyl or glycidoxy group; and "n" is an integer between 1 and 6; and b) a hydrogenated bisphenol with formula where R 2 is methyl, ethyl or hydrogen. a) an epoxy functional silane with the formula where each R 1 is independently selected from methyl, methoxy, ethoxy or propoxy; "X" can be epoxy-cyclohexyl or glycidoxy group; and "n" is an integer between 1 and 6; and b) a hydrogenated bisphenol with formula where R 2 is methyl, ethyl or hydrogen.
An indicia reading device, comprising: an imaging subsystem comprising: a global shutter sensor configured to capture a plurality of first frames of image data; and a stereoscopic imager which comprises a left sensor and a right sensor separated at a baseline distance apart and is configured to capture a plurality of second frames of image data at a baseline distance apart to create three-dimensional images that comprise depth information of the decodable indicia; a memory in communication with the imaging subsystem capable of storing the plurality of first frames of image data and the plurality of second frames of image data; and a processor in communication with said memory, wherein: said processor is operative to decode a decodable indicia (15, 115) represented in at least one of the plurality of first frames of image data and the plurality of second frames of image data; and wherein said processor is further operative to: filter or deblur the decodable indicia based on a distance to the decodable indicia determined from the three-dimensional images; and verify the decodable indicia based on dimensions of the decodable indicia determined from the three-dimensional images. a global shutter sensor configured to capture a plurality of first frames of image data; and a stereoscopic imager which comprises a left sensor and a right sensor separated at a baseline distance apart and is configured to capture a plurality of second frames of image data at a baseline distance apart to create three-dimensional images that comprise depth information of the decodable indicia; a memory in communication with the imaging subsystem capable of storing the plurality of first frames of image data and the plurality of second frames of image data; and a processor in communication with said memory, wherein: said processor is operative to decode a decodable indicia (15, 115) represented in at least one of the plurality of first frames of image data and the plurality of second frames of image data; and wherein said processor is further operative to: filter or deblur the decodable indicia based on a distance to the decodable indicia determined from the three-dimensional images; and verify the decodable indicia based on dimensions of the decodable indicia determined from the three-dimensional images. said processor is operative to decode a decodable indicia (15, 115) represented in at least one of the plurality of first frames of image data and the plurality of second frames of image data; and wherein said processor is further operative to: filter or deblur the decodable indicia based on a distance to the decodable indicia determined from the three-dimensional images; and verify the decodable indicia based on dimensions of the decodable indicia determined from the three-dimensional images. filter or deblur the decodable indicia based on a distance to the decodable indicia determined from the three-dimensional images; and verify the decodable indicia based on dimensions of the decodable indicia determined from the three-dimensional images.
Glucomoringin, or glucomoringin des-thioglucoside, or an extract of Moringa oleifera seeds containing glucomoringin and/or glucomoringin des-thioglucoside, for use in the treatment of peripheral neuropathic pain or chemotherapy-induced neuropathy.
An antenna system (140-a) comprising: a first antenna (141, 141-a, 141-b); a second antenna (142, 142-a, 142-b); a first spindle (215-a; 215-b; 215-c) coupled with the first antenna (141-a; 141-b); a second spindle (225-a; 225-b; 225-c) coupled with the second antenna (142-a; 142-b); a third spindle (335-a; 335-b); a first pair of link arms (310-a) coupling the first spindle with the third spindle, wherein a link arm (330-a-1, 330-a-2) of the first pair of link arms is coupled to the third spindle at a location on the third spindle at a first radial distance from a spindle axis (336-a) of the third spindle; a second pair of link arms (320-a) coupling the second spindle with the third spindle, wherein a link arm (330-b-1, 330-b-2) of the second pair of link arms is coupled to the third spindle at a location on the third spindle at a second radial distance from the spindle axis of the third spindle; and a drive element coupled with the third spindle to simultaneously rotate the first antenna via the first pair of link arms and the second antenna via the second pair of link arms. a first antenna (141, 141-a, 141-b); a second antenna (142, 142-a, 142-b); a first spindle (215-a; 215-b; 215-c) coupled with the first antenna (141-a; 141-b); a second spindle (225-a; 225-b; 225-c) coupled with the second antenna (142-a; 142-b); a third spindle (335-a; 335-b); a first pair of link arms (310-a) coupling the first spindle with the third spindle, wherein a link arm (330-a-1, 330-a-2) of the first pair of link arms is coupled to the third spindle at a location on the third spindle at a first radial distance from a spindle axis (336-a) of the third spindle; a second pair of link arms (320-a) coupling the second spindle with the third spindle, wherein a link arm (330-b-1, 330-b-2) of the second pair of link arms is coupled to the third spindle at a location on the third spindle at a second radial distance from the spindle axis of the third spindle; and a drive element coupled with the third spindle to simultaneously rotate the first antenna via the first pair of link arms and the second antenna via the second pair of link arms.
A method for determining human embryo quality comprising monitoring the embryo for a time period from fertilization to the expansion of the blastocyst using time-lapse microscopy equipment, determining the blastocyst quality criteria tEB and tBI, where tEB indicates a time from fertilisation to expansion of blastocyst and tBI indicates a time from fertilisation to blastocyst, for said embryo, and based on tEB and tBI determining the embryo quality, wherein said blastocyst quality criteria is an indicator of high embryo quality if tEB is less than 122.5 hours and tBI is less than 96.3 hours.
Door, comprising a door leaf having through-holes (36a, 36b) and an auxiliary fitting mounted on the through-holes (36a, 36b) on the door leaf, characterized in that the door leaf already has a prefabricated fastening device for a door fitting to be fastened at the installation site instead of the auxiliary fitting in addition to the through-holes (36a, 36b) in the as-delivered state before the door is installed at the installation site, the auxiliary fitting being a standard fitting with which the door already fulfills all door functions influenced by the door fitting in the as-delivered state before the door is installed at the installation site.
A paint discharging nozzle designed for discharging paint supplied at a predetermined pressure, the paint discharging nozzle comprising: a housing having a nozzle hole through which paint is discharged; a paint chamber configured to supply paint to the nozzle hole; a needle valve disposed in the paint chamber, the needle valve configured to close or open the nozzle hole and having a tip end covered by a synthetic resin layer and a tip end surface oriented toward the nozzle hole being formed in a recess shape so as not to interfere with the nozzle hole, the entire tip end surface being covered by the synthetic resin layer; and a driving mechanism configured to drive the needle valve to advance toward and retract from the nozzle hole. a housing having a nozzle hole through which paint is discharged; a paint chamber configured to supply paint to the nozzle hole; a needle valve disposed in the paint chamber, the needle valve configured to close or open the nozzle hole and having a tip end covered by a synthetic resin layer and a tip end surface oriented toward the nozzle hole being formed in a recess shape so as not to interfere with the nozzle hole, the entire tip end surface being covered by the synthetic resin layer; and a driving mechanism configured to drive the needle valve to advance toward and retract from the nozzle hole.
Device for winding and twisting fibre material in ring spinning or ring twisting machines, wherein the device comprises stators which comprise at least one high-temperature superconducting material and a stator cooling, and having rotatable spindles which are arranged in rows and with which rotors, designed as permanent-magnetic rings, are coaxially associated, and the rotors, together with a connected armature, serve to guide and wind the yarn on the respective spindle, characterised in that at least two of the high-temperature superconducting stators, together with their thermally connected cooling devices designed as cryostats, are arranged contactlessly and parallel to one another along the course of the row of spindles, and the magnetic field-generating rotors, which are aligned coaxially with the spindle, are inserted in a magnetically floating manner in the magnetic field of the continuous intermediate space between the respectively adjacent stators.
A mechanical or electromechanical device configured to carry out a test of the "bulge test" type of deformation of a material sample, the device comprising a piston and/or an input bar, a cell, in turn comprising a chamber configured to contain a liquid, a die element for holding said sample called "blank" to be deformed, - said cell having a mass greater than a predetermined threshold value, - the device being devoid of a mechanical element of the extending bar type adapted to transmit all or part of the energy received by propagation of a force and/or a shock wave through said liquid and distributed over said blank, in a longitudinal continuation of said chamber, and on the opposite side of the chamber relative to said piston and/or to said input bar, said device being characterised in that: said cell is integral with at least one bearing element adapted to put pressure on a damper configured to absorb part of the energy received via said piston and/or said input bar. - said cell having a mass greater than a predetermined threshold value, - the device being devoid of a mechanical element of the extending bar type adapted to transmit all or part of the energy received by propagation of a force and/or a shock wave through said liquid and distributed over said blank, in a longitudinal continuation of said chamber, and on the opposite side of the chamber relative to said piston and/or to said input bar,