mhurhangee/ep-ind-claims huggingface dataset:
A method for displaying an instrument procedure on a three-dimensional display element comprising a synthetic vision display element, the method comprising; at a controller, receiving a user selected airport and a user selected instrument procedure; receiving, from a navigation system, current position and current orientation information for an aircraft, comprising receiving respective aircraft direction, aircraft attitude, aircraft speed, and aircraft altitude; processing the user selected airport, user selected instrument procedure, current position and current orientation to determine a flight path of the aircraft; processing the flight path and the selected instrument procedure, to generate a three-dimensional image (200, 300, 400, 500, 600) comprising the flight path and the airport, the three-dimensional image (200, 300, 400, 500, 600) comprising a volume surrounding the flight path; wherein the three-dimensional image (200, 300, 400, 500, 600) moves forward or backward in time responsive to user input; commanding the three-dimensional display element to dynamically render the three-dimensional image as a three-dimensional dynamic synthetic vision image having rendered thereon (i) a banner comprising text boxes (203, 205, 207, 209), one textbox having therein a code for the airport, and (ii) a play button; and starting a dynamic visualization of the instrument procedure with time-relevant instrument procedure information responsive to a user selection of the play button, characterized in that the three-dimensional image comprises a three-dimensional representation of airspace that is owned by the airport with a runway; and in that the banner further comprises (iii) a slider bar for moving the three-dimensional image back and forth in time.
A bipolar plate for a fuel cell, which is formed on its first plate side with a first reactant flow field, which is formed on its second plate side opposite the first plate side with a second reactant flow field, wherein the flow fields in an active area each comprise a plurality of flow channel delimited by bar for one of the two reactants participating in the fuel cell reaction, wherein in each case the active area is connected on the inlet side via a distribution area extending outside the active area in a flow-mechanical manner to a media port (4, 5) for one of the two reactants, and wherein in each case the active area is connected on the outlet side via a collecting area extending outside the active area to a media port (4, 5) on the outlet side extending from the first plate side to the second plate side, characterized in that at least one of the flow fields (3, 4) is formed in its active region on the inlet side with bars which have a contact surface for an adjacent layer of the fuel cell which is larger than a contact surface of the bars on the outlet side, which contact surface results from a duct division of at least some of the flow channels present in the active area.
A self-locking latch lock, with a lock case and a latch arrangement, which can be displaced under compressive spring force between a position driven into the lock case, a middle latch position, and an extended locking position, with a ratchet-and-pawl mechanism which is engaged in the locking position, with a drive of the ratchet-and-pawl mechanism and of the latch arrangement which can be electrically and mechanically coupled and which can be manually actuated by means of a knob or door lever, and additionally with a profiled cylinder drive of the ratchet-and-pawl mechanism and of the latch arrangement, wherein a backset between a pivot axis of the knob or door lever and a face plate of the lock case can be varied between several positions in that a) right-angled projections (22, 24) of the face plate can be telescopically displaced relative to narrow-side faces (26, 28) of the lock case and have catch means, which can be coupled in a form-fitting manner in one of several positions, b) the latch arrangement is divided into a latch head and a thrust element and these are connected by a latch shaft, and the latch shaft and the thrust element also have catch means, which can be coupled in a form-fitting manner in one of several same positions as the right-angled projections (22, 24) of the face plate, c) the catch means of the latch shaft have peripheral grooves for each catch position and the catch means of the thrust element have a catch tooth, which is engaged with one of the peripheral grooves in one of the possible catch positions, wherein the latch head, on account of the peripheral grooves, additionally presents two optional orientations in the lock case, offset by 180°, for left-hand and right-hand stop of a door, and the latch head has two catch hooks, which, when the door is in an open position, fix the latch arrangement in a middle position and, when the door is in a closed position, release the latch arrangement under spring force in order to reach the extended locking position. a) right-angled projections (22, 24) of the face plate can be telescopically displaced relative to narrow-side faces (26, 28) of the lock case and have catch means, which can be coupled in a form-fitting manner in one of several positions, b) the latch arrangement is divided into a latch head and a thrust element and these are connected by a latch shaft, and the latch shaft and the thrust element also have catch means, which can be coupled in a form-fitting manner in one of several same positions as the right-angled projections (22, 24) of the face plate, c) the catch means of the latch shaft have peripheral grooves for each catch position and the catch means of the thrust element have a catch tooth, which is engaged with one of the peripheral grooves in one of the possible catch positions,
A method for determining the concentration of calcium ions in a sample, the method comprising the steps of a) mixing the sample with a solution comprising a compound of Formula I wherein R1 is selected from hydrogen, halogen, carboxy, alkyl and formyl, R2 is independently selected from hydrogen, halogen, alkyl, alkoxy, morpholino, CN, carboxy and formyl, R3 is independently selected from hydrogen, halogen, N-alkyl sulfate, carboxy, alkoxy, phenyl, CN, CF3, and tertiary butyl, R4 is independently selected from hydrogen, halogen or alkyl, R5 and R7 independently are hydrogen or alkyl R6 is selected from hydrogen, alkyl, alkoxy and halogen, or wherein R3 and R4 form an aromatic bridge and X+ is a positively charged counter ion, thereby binding calcium ions to the compound b) releasing calcium ions from the compound, wherein said release causes a change in absorbance of the compound c) measuring the change in absorbance d) using the change in absorbance measured in (c) for determining the concentration of calcium ions. a) mixing the sample with a solution comprising a compound of Formula I wherein R1 is selected from hydrogen, halogen, carboxy, alkyl and formyl, R2 is independently selected from hydrogen, halogen, alkyl, alkoxy, morpholino, CN, carboxy and formyl, R3 is independently selected from hydrogen, halogen, N-alkyl sulfate, carboxy, alkoxy, phenyl, CN, CF3, and tertiary butyl, R4 is independently selected from hydrogen, halogen or alkyl, R5 and R7 independently are hydrogen or alkyl R6 is selected from hydrogen, alkyl, alkoxy and halogen, or wherein R3 and R4 form an aromatic bridge and X+ is a positively charged counter ion, thereby binding calcium ions to the compound b) releasing calcium ions from the compound, wherein said release causes a change in absorbance of the compound c) measuring the change in absorbance d) using the change in absorbance measured in (c) for determining the concentration of calcium ions.
Gassing device for a shake flask comprising - a hollow-cylindrical closure cap having a cover (2.1), a lower opening (2.2) and a casing (2.3) extending between cover (2.1) and the lower opening (2.2), - a gas passage (2.4) in the cover (2.1), - a sterile filter arranged on an inner side of the cover (2.1) below the gas passage (2.4), - a seal of the sterile filter against the inner side of the cover (2.1), - a gassing clamp connected detachably to the closure cap having at least two elastic clamping jaws (4.1, 4.2) and a crosspiece (4.3) connecting the clamping jaws to one another, wherein the clamping jaws (4.1, 4.2) exert a clamping force (F K) on the casing (2.3), - a recess (4.4) on an inner side of the crosspiece (4.3), wherein the recess (4.4) is arranged above the gas passage (2.4), - a seal of the recess (4.4) against the outer side of the cover (2.1) and - an inlet (4.6) for supplying gas into the recess (4.4) and an outlet (4.7) for the escape of gas from the recess (4.4). - a hollow-cylindrical closure cap having a cover (2.1), a lower opening (2.2) and a casing (2.3) extending between cover (2.1) and the lower opening (2.2), - a gas passage (2.4) in the cover (2.1), - a sterile filter arranged on an inner side of the cover (2.1) below the gas passage (2.4), - a seal of the sterile filter against the inner side of the cover (2.1), - a gassing clamp connected detachably to the closure cap having at least two elastic clamping jaws (4.1, 4.2) and a crosspiece (4.3) connecting the clamping jaws to one another, wherein the clamping jaws (4.1, 4.2) exert a clamping force (F K) on the casing (2.3), - a recess (4.4) on an inner side of the crosspiece (4.3), wherein the recess (4.4) is arranged above the gas passage (2.4), - a seal of the recess (4.4) against the outer side of the cover (2.1) and - an inlet (4.6) for supplying gas into the recess (4.4) and an outlet (4.7) for the escape of gas from the recess (4.4).
Disk brake - having a protective panel, having a bracket which is fixed with respect to the vehicle and on which brake linings and at least one brake caliper are mounted so as to be movable in an axial direction, - with the bracket and the brake caliper engaging around at least one brake disk, - and with the brake caliper having a housing limb with at least one actuating device, a further housing limb with at least one housing finger, and a housing bridge, - having a spring arrangement which generates an elastic preload between the brake caliper and the bracket, in such a way - that the preload is aligned substantially perpendicular to a movement direction of the brake caliper, - that the spring arrangement comprises a spring element and the protective panel, and - that the housing finger, the spring element and the protective panel are arranged axially with respect to one another in such a way that the spring element is positioned between the housing finger and the protective panel, with the protective panel covering the brake caliper and the spring arrangement, characterized in that the spring element (66,76) is attached to the protective panel in such a way that the force flow of the preload (F V) runs through the protective panel. - having a protective panel, having a bracket which is fixed with respect to the vehicle and on which brake linings and at least one brake caliper are mounted so as to be movable in an axial direction, - with the bracket and the brake caliper engaging around at least one brake disk, - and with the brake caliper having a housing limb with at least one actuating device, a further housing limb with at least one housing finger, and a housing bridge, - having a spring arrangement which generates an elastic preload between the brake caliper and the bracket, in such a way - that the preload is aligned substantially perpendicular to a movement direction of the brake caliper, - that the spring arrangement comprises a spring element and the protective panel, and - that the housing finger, the spring element and the protective panel are arranged axially with respect to one another in such a way that the spring element is positioned between the housing finger and the protective panel, with the protective panel covering the brake caliper and the spring arrangement,
A lane keeping assist method comprising: calculating a first control amount (φL_Rt, φL_Lt) for decreasing a lateral displacement of a vehicle with respect to a center of a traffic lane; calculating a second control amount (φY_Rt, φY_Lt) for decreasing an angle deviation of a travelling direction of the vehicle with respect to the traffic lane; controlling at least one of a braking/driving amount, a braking/driving force of the vehicle, a turning angle, and a turning torque of a road wheel on the basis of the first control amount (φL_Rt, φL_Lt) and the second control amount (φY_Rt, φY_Lt); further characterized by the following steps: setting the first control amount (φL_Rt, φL_Lt) used when the vehicle travels at a center side of the traffic lane to be smaller than the first control amount (φL_Rt, φL_Lt) used when the vehicle travels outside the center side of the traffic lane; and setting the second control amount (φY_Rt, φY_Lt) used when the vehicle travels at the center side of the traffic lane to be greater than the second control amount (φY_Rt, φY_Lt) used when the vehicle travels outside the center side of the traffic lane. calculating a first control amount (φL_Rt, φL_Lt) for decreasing a lateral displacement of a vehicle with respect to a center of a traffic lane; calculating a second control amount (φY_Rt, φY_Lt) for decreasing an angle deviation of a travelling direction of the vehicle with respect to the traffic lane; controlling at least one of a braking/driving amount, a braking/driving force of the vehicle, a turning angle, and a turning torque of a road wheel on the basis of the first control amount (φL_Rt, φL_Lt) and the second control amount (φY_Rt, φY_Lt); further characterized by the following steps: setting the first control amount (φL_Rt, φL_Lt) used when the vehicle travels at a center side of the traffic lane to be smaller than the first control amount (φL_Rt, φL_Lt) used when the vehicle travels outside the center side of the traffic lane; setting the first control amount (φL_Rt, φL_Lt) used when the vehicle travels at a center side of the traffic lane to be smaller than the first control amount (φL_Rt, φL_Lt) used when the vehicle travels outside the center side of the traffic lane; and setting the second control amount (φY_Rt, φY_Lt) used when the vehicle travels at the center side of the traffic lane to be greater than the second control amount (φY_Rt, φY_Lt) used when the vehicle travels outside the center side of the traffic lane.
A method comprising: receiving (1610-A, 1706, 1806, 2102), by a base station distributed unit from a wireless device, a radio resource control, RRC, message comprising traffic pattern information associated with a logical channel, wherein the traffic pattern information comprises: a traffic periodicity field; and a timing offset field; sending (1610-B, 1707, 1807, 2103), by the base station distributed unit to a base station central unit, the RRC message comprising the traffic pattern information; receiving (1611, 1708, 1808, 2104), by the base station distributed unit from the base station central unit, a first message comprising the traffic pattern information; determining (1710, 1810, 2106), by the base station distributed unit and based on the traffic pattern information, configuration parameters of at least one configured grant resource for the wireless device; and sending (1614, 1714, 1814, 2113), by the base station distributed unit to the wireless device, an indication of activation of the at least one configured grant resource. receiving (1610-A, 1706, 1806, 2102), by a base station distributed unit from a wireless device, a radio resource control, RRC, message comprising traffic pattern information associated with a logical channel, wherein the traffic pattern information comprises: a traffic periodicity field; and a timing offset field; a traffic periodicity field; and a timing offset field; sending (1610-B, 1707, 1807, 2103), by the base station distributed unit to a base station central unit, the RRC message comprising the traffic pattern information; receiving (1611, 1708, 1808, 2104), by the base station distributed unit from the base station central unit, a first message comprising the traffic pattern information; determining (1710, 1810, 2106), by the base station distributed unit and based on the traffic pattern information, configuration parameters of at least one configured grant resource for the wireless device; and sending (1614, 1714, 1814, 2113), by the base station distributed unit to the wireless device, an indication of activation of the at least one configured grant resource.
A mold assembly for use in forming a component from a component material, the component having an outer wall of a predetermined thickness, said mold assembly comprising: a mold comprising an interior wall that defines a mold cavity within said mold; and a jacketed core positioned with respect to said mold, said jacketed core comprising: a jacket comprising a first jacket outer wall coupled against said interior wall, a second jacket outer wall positioned interiorly from said first jacket outer wall, and at least one jacketed cavity defined therebetween, said at least one jacketed cavity configured to receive the component material in a molten state therein; and a core positioned interiorly from said second jacket outer wall, said core comprising a perimeter coupled against said second jacket outer wall, wherein said jacket separates said perimeter from said interior wall by the predetermined thickness, such that the outer wall is formable between said perimeter and said interior wall. a mold comprising an interior wall that defines a mold cavity within said mold; and a jacketed core positioned with respect to said mold, said jacketed core comprising: a jacket comprising a first jacket outer wall coupled against said interior wall, a second jacket outer wall positioned interiorly from said first jacket outer wall, and at least one jacketed cavity defined therebetween, said at least one jacketed cavity configured to receive the component material in a molten state therein; and a core positioned interiorly from said second jacket outer wall, said core comprising a perimeter coupled against said second jacket outer wall, wherein said jacket separates said perimeter from said interior wall by the predetermined thickness, such that the outer wall is formable between said perimeter and said interior wall. a jacket comprising a first jacket outer wall coupled against said interior wall, a second jacket outer wall positioned interiorly from said first jacket outer wall, and at least one jacketed cavity defined therebetween, said at least one jacketed cavity configured to receive the component material in a molten state therein; and a core positioned interiorly from said second jacket outer wall, said core comprising a perimeter coupled against said second jacket outer wall, wherein said jacket separates said perimeter from said interior wall by the predetermined thickness, such that the outer wall is formable between said perimeter and said interior wall.
A system, comprising: a shape sensing enabled device having at least one optical fiber; an interpretation module configured to receive optical signals from the at least one optical fiber within a structure and interpret the optical signals to determine a shape of the device; and an image generation module configured to receive the shape of the device, register the shape with an image volume of the structure and generate a curved multi-planar reconstruction (CMPR) rendering based on the shape. a shape sensing enabled device having at least one optical fiber; an interpretation module configured to receive optical signals from the at least one optical fiber within a structure and interpret the optical signals to determine a shape of the device; and an image generation module configured to receive the shape of the device, register the shape with an image volume of the structure and generate a curved multi-planar reconstruction (CMPR) rendering based on the shape.
A vulcanizable rubber composition for use in a tire tread, the rubber composition comprising, based on 100 parts by weight of elastomer (phr): from 20 to 100 phr of a solution polymerized functionalized isoprene-butadiene rubber having a glass transition temperature (Tg) in a range of -100°C to -50°C, and determined according to ASTM D7426-08; from 0 to 40 phr of a polybutadiene; from 0 to 20 phr of a process oil; from 40 to 80 phr of a resin having a Tg greater than 30°C, and determined according to ASTM D6604; and from 100 to 180 phr of silica; wherein the functionalized isoprene-butadiene rubber is functionalized with a silyl group or wherein the functionalized isoprene-butadiene rubber is functionalized with an alkoxysilane group and optionally an amino group. from 20 to 100 phr of a solution polymerized functionalized isoprene-butadiene rubber having a glass transition temperature (Tg) in a range of -100°C to -50°C, and determined according to ASTM D7426-08; from 0 to 40 phr of a polybutadiene; from 0 to 20 phr of a process oil; from 40 to 80 phr of a resin having a Tg greater than 30°C, and determined according to ASTM D6604; and from 100 to 180 phr of silica;
Recording unit arranged to be connected to a medicament delivery device, which recording unit comprises a generally elongated housing (10; 90) having dimensions so as to enclose at least a distal part of the medicament delivery device, the recording unit comprising a recording mechanism (60; 120) provided with an electronic circuit (64; 134) and arranged at a distal end inside said housing, said electronic circuit comprising an activation element (40; 108) operably arranged to activate said electronic circuit (64; 134) when said medicament delivery device is inserted in said housing, said electronic circuit (64; 134) comprising a force sensor or a motion sensor (80; 140) capable of sensing status changes of said medicament delivery device during use, characterised in that the recording unit further comprises a resilient force member (48; 109) arranged between the medicament delivery device and the electronic circuit, and in contact with the electronic circuit (64; 134), for urging the medicament delivery device in the proximal direction.
A diffuser for an oil drainback system drain tube, comprising: a flow chamber configured for attachment to an open end of a drain tube, wherein the flow chamber has a side wall and an end wall, and openings in at least the side wall, wherein the side wall defines a cylinder, wherein the openings are distributed around a circumference and along a length of the cylinder, wherein the flow chamber further comprises at least one end opening in the end wall, the diffuser further comprising at least one baffle in the flow chamber between an inlet end where the flow chamber connects to the drain tube, and the end opening, wherein the openings in the side wall are distributed upstream and downstream of the baffle, characterised in that openings upstream of the baffle have a smaller diameter than openings downstream of the baffle. a flow chamber configured for attachment to an open end of a drain tube, wherein the flow chamber has a side wall and an end wall, and openings in at least the side wall, wherein the side wall defines a cylinder, wherein the openings are distributed around a circumference and along a length of the cylinder, wherein the flow chamber further comprises at least one end opening in the end wall, the diffuser further comprising at least one baffle in the flow chamber between an inlet end where the flow chamber connects to the drain tube, and the end opening, wherein the openings in the side wall are distributed upstream and downstream of the baffle, characterised in that openings upstream of the baffle have a smaller diameter than openings downstream of the baffle.