mhurhangee/ep-ind-claims huggingface dataset:
A pressure relief latch mechanism comprising: a housing for mounting on a first panel; a bolt coupled to the housing for pivotal movement between a closed first position for latching engagement with a second panel and an open second position, the bolt formed to include a curved exterior surface that is provided with a pair of spaced apart detents (82, 83) on spaced apart sides of the bolt and a corresponding groove (84, 86) communicating with and extending along a portion of the bolt from each of the pair of spaced apart detents (82, 83); a pair of spaced apart detent assemblies configured to be positioned within the housing and each including a detent ball, a detent cup that includes a concave surface and associated with each detent ball for supporting the corresponding detent ball, a detent spring and an expansion spacer associated with each detent ball wherein the expansion spacer has a coefficient of thermal expansion that differs from that of the housing in order to allow for compensation in the spring rate of the detent spring at different temperatures; wherein each detent ball is configured to selectively engage the corresponding detent of the pair of detents (82, 83) when the bolt is in the closed position and roll along the corresponding groove (84, 86) from the corresponding detent of the pair of detents (82, 83) when the bolt is moved from the closed position to an open position. a housing for mounting on a first panel; a bolt coupled to the housing for pivotal movement between a closed first position for latching engagement with a second panel and an open second position, the bolt formed to include a curved exterior surface that is provided with a pair of spaced apart detents (82, 83) on spaced apart sides of the bolt and a corresponding groove (84, 86) communicating with and extending along a portion of the bolt from each of the pair of spaced apart detents (82, 83); a pair of spaced apart detent assemblies configured to be positioned within the housing and each including a detent ball, a detent cup that includes a concave surface and associated with each detent ball for supporting the corresponding detent ball, a detent spring and an expansion spacer associated with each detent ball wherein the expansion spacer has a coefficient of thermal expansion that differs from that of the housing in order to allow for compensation in the spring rate of the detent spring at different temperatures; wherein each detent ball is configured to selectively engage the corresponding detent of the pair of detents (82, 83) when the bolt is in the closed position and roll along the corresponding groove (84, 86) from the corresponding detent of the pair of detents (82, 83) when the bolt is moved from the closed position to an open position.
Vehicle assistant system of a vehicle comprising at least a first camera and at least one second camera, wherein the first camera is arranged such that an area in front of the vehicle can at least partially be captured and wherein the at least one second camera is arranged such that the interior of the vehicle can at least partially be captured, and wherein the vehicle assistant system comprises one common image data analysis unit which is configured to process image data received from the first camera and the at least one second camera wherein the common image data analysis unit is connected to at least one active adaptive occupant restraint system, wherein the active adaptive occupant restraint system is at least one of a crash type severity system and an occupant adaptive system, wherein the image data analysis unit is capable of detecting and classifying an occupant's characteristics regarding at least one of the occupant's shape, weight, posture, position within the vehicle, age and proximity to the airbag on the basis of the image data provided by the at least one second camera, and wherein the active adaptive occupant restraint system is configured to optimize kind and level of restraining effects depending on the occupant's characteristics.
A method for identifying a hybrid yeast organism, comprising (a) providing cells from a first and second yeast parent organism, whereby the first and second organism are mating-compatible, whereby the first parent organism differs from the second parent organism, whereby said first parent organism, but not said second parent organism, carries an auxothrophy marker, (b) labelling cells from the second parent organism with a fluorescent dye; (c) hybridizing cells from the first parent with labelled cells from the second parent at a temperature between 5 °C and 15 °C; and (d) identifying a hybrid yeast organism as an auxotrophic, labelled cell. (a) providing cells from a first and second yeast parent organism, whereby the first and second organism are mating-compatible, whereby the first parent organism differs from the second parent organism, whereby said first parent organism, but not said second parent organism, carries an auxothrophy marker, whereby the first and second organism are mating-compatible, whereby the first parent organism differs from the second parent organism, whereby said first parent organism, but not said second parent organism, carries an auxothrophy marker, (b) labelling cells from the second parent organism with a fluorescent dye; (c) hybridizing cells from the first parent with labelled cells from the second parent at a temperature between 5 °C and 15 °C; and (d) identifying a hybrid yeast organism as an auxotrophic, labelled cell.
Amorphous solid dispersion of at least one suitable polymer and dapagliflozin ((2S,3R,4R,5S,6R)-2-[4-chloro-3-(4-ethoxybenzyl)phenyl]-6-(hydroxymethyl)-tetrahydro-2H-pyran-3,4,5-triol) of formula 1 wherein the at least one polymer is selected from the group consisting of polyvinyl pyrrolidone, polyvinyl alcohol, polyacrylic acid, poly(ethylene glycol), poly(ethylene oxide), hydroxypropyl cellulose, hydroxypropyl methyl cellulose (HPMC), copovidone, hypromellose acetate succinate (AQOAT), polyacrylates, and mixtures thereof, and wherein dapagliflozin is present in its free form.
An electrical connector comprising a connector housing having a mating axis and a mate assist device attached to the connector housing, surrounding the connector housing, wherein the mate assist device is movable, along the mating axis in a mating direction, from a first position to a second position, a connector position assurance device attached at the mate assist device, movable from a third position to a fourth position along the mating axis in the mating direction, wherein the mate assist device is sleeve shaped and surrounds the connector housing and the mating axis, wherein the mate assist device comprises a cavity adapted to movably hold the connector position assurance device, wherein the connector position assurance device is locked, by first locking means in the third position when the electrical connector is not mated to an electrical counter connector characterized in that the connector position assurance device comprises a slider member comprising a flexible second arm protruding into the cavity in mating direction, wherein the mate assist device comprises a flexible arm protruding into the cavity against mating direction, wherein the flexible first arm comprises a first arm end, wherein the first arm end comprises a rounded or wedge-shaped portion, pointing opposite to the mating direction, wherein the second arm comprises a second arm end, wherein the second arm end comprises a dented surface facing in the mating direction, wherein the rounded or wedge shaped portion of the first arm end is adapted to cooperate with the dented surface of the second arm end, to prevent slipping perpendicular to the mating axis, when the first arm end is pressed against the second arm end, while the electrical connector is in unmated position, wherein the connector position assurance device is released by first unlocking means, attached at the electrical counter connector, when the electrical connector and the electrical counter connector are mated, wherein the unlocking means comprises a protrusion arranged on a shroud of the electrical counter connector, wherein the protrusion comes in engagement with the flexible first arm and the flexible second arm thereby flexible deforming the flexible second arm perpendicular to the mating axis and separate the first arm from the second arm thereby unlocking the connector position assurance device, wherein the released connector position assurance device securely locks the electrical connector to the electrical counter connector by second locking means, attached on the position assurance device and wherein the second locking means comprise a locking bar arranged on the connector position assurance device extending along the mating axis preventing flexible deformation of the flexible first arm, when the connector position assurance device is moved to the fourth position.
A method, comprising: establishing a radio resource control, in the following referred to as RRC, connection by a user equipment, in the following referred to as UE (103, 203, 303), with a base station (102, 202, 302), where the UE (103, 203, 303) applies carrier aggregation for multiple component carriers, in the following referred to as CCs; receiving CC-grouping configuration defining a first CC group and a second CC group of one or more CCs; performing radio link monitoring by the UE (103, 203, 303) over a primary serving cell, in the following referred to as PCELL, wherein the PCELL belongs to the first CC group of one or more CCs; selecting a secondary serving cell, in the following referred to as SCELL, as a reference cell, wherein the SCELL belongs to the second CC group of one or more CCs; performing radio link monitoring by the UE (103, 203, 303) over the selected reference SCELL; and applying an action when reference SCELL performance is below pre-defined criteria, wherein the action is applied over the reference SCELL or all CCs in the second CC group, wherein the action involves the UE (103, 203, 303) notifying the base station (102, 202, 302) at least one of a detected radio link failure of the SCELL, a deactivation of the SCELL, availability of problem event information gathered for the SCELL, and problem event information gathered for the SCELL, or wherein the action involves the UE (103, 203, 303) autonomously stopping uplink transmission over the SCELL. establishing a radio resource control, in the following referred to as RRC, connection by a user equipment, in the following referred to as UE (103, 203, 303), with a base station (102, 202, 302), where the UE (103, 203, 303) applies carrier aggregation for multiple component carriers, in the following referred to as CCs; receiving CC-grouping configuration defining a first CC group and a second CC group of one or more CCs; performing radio link monitoring by the UE (103, 203, 303) over a primary serving cell, in the following referred to as PCELL, wherein the PCELL belongs to the first CC group of one or more CCs; selecting a secondary serving cell, in the following referred to as SCELL, as a reference cell, wherein the SCELL belongs to the second CC group of one or more CCs; performing radio link monitoring by the UE (103, 203, 303) over the selected reference SCELL; and applying an action when reference SCELL performance is below pre-defined criteria, wherein the action is applied over the reference SCELL or all CCs in the second CC group, wherein the action involves the UE (103, 203, 303) notifying the base station (102, 202, 302) at least one of a detected radio link failure of the SCELL, a deactivation of the SCELL, availability of problem event information gathered for the SCELL, and problem event information gathered for the SCELL, or wherein the action involves the UE (103, 203, 303) autonomously stopping uplink transmission over the SCELL.
An electrical assembly comprising at least one intermediate circuit discharge unit for intermediate circuit discharge of a multi-level inverter, having a capacitor and a discharge circuit connected in parallel, wherein the discharge circuit includes an active discharge branch having at least one first discharge element and a passive discharge branch having at least one second discharge element, wherein the active discharge branch includes a first control terminal and the passive discharge branch includes a second control terminal, wherein the active discharge branch is coupled to the passive discharge branch via the first control terminal so that the active discharge branch can be controlled by the passive discharge branch, characterized in that the electrical assembly comprises a plurality of intermediate circuit discharge units configured as a series circuit, the electrical assembly is a drive converter for a traction motor of a vehicle having at least three voltage levels, wherein the intermediate circuit discharge units can be controlled so that the individual voltage levels of the drive converter are adjustable. wherein the discharge circuit includes an active discharge branch having at least one first discharge element and a passive discharge branch having at least one second discharge element, wherein the active discharge branch includes a first control terminal and the passive discharge branch includes a second control terminal, wherein the active discharge branch is coupled to the passive discharge branch via the first control terminal so that the active discharge branch can be controlled by the passive discharge branch, characterized in that the electrical assembly comprises a plurality of intermediate circuit discharge units configured as a series circuit, the electrical assembly is a drive converter for a traction motor of a vehicle having at least three voltage levels, wherein the intermediate circuit discharge units can be controlled so that the individual voltage levels of the drive converter are adjustable.
A drive train for helicopters, which comprises at least one engine capable of supplying mechanical power, a reduction gear and a main gearbox designed to drive in rotation the rotor(s) of said helicopter, the reduction gear comprising an output shaft, driven in rotation by said engine and coupled in rotation with the input shaft of said main gearbox, the reduction gear being housed in a housing in two assembled parts, called the "front housing" and the "rear housing", said output shaft being supported and guided in rotation by several rolling bearings (71, 75, 76) mounted in said housings (7, 7'), with at least a front bearing mounted in the front housing, characterized in that it comprises a mount, designated "redundant", and in that this redundant mount is disposed around the output shaft and between a wall of said main gearbox and the front end of the front housing, and in that this redundant mount is configured, dimensioned and attached to said wall of the main gearbox and to the front end of the front housing so as to create, in the event of rupture of said front housing in front of said front bearing, a secondary load absorbing path passing through this redundant mount, through the output shaft of the reduction gear and through said rolling bearings (71, 75, 76).
A composite material structure configured as a fiber-reinforced plastic composite material extending in one direction (t) and having a plurality of holes formed at intervals in a row in the one direction (t), wherein a peripheral region around the holes includes a first area obtained by bending a composite material reinforced by continuous fibers made even in a longitudinal direction so that a center line of a width W of the composite material weaves between adjacent holes and zigzags in the one direction; and wherein a tensile rigidity and/or a compressive rigidity in the one direction (t) of the peripheral region is lower than a tensile rigidity and/or a compressive rigidity in the one direction (t) of another region that surrounds the peripheral region, characterized in that the first area includes a parallel part in which, when the one direction (t) is taken as 0°, the continuous fibers are oriented in the 0° direction, and the parallel part is disposed at least in a location of the first area including an extension line of a diameter of the hole that is oriented in a ±90° direction, and makes contact with the holes. wherein a peripheral region around the holes includes a first area obtained by bending a composite material reinforced by continuous fibers made even in a longitudinal direction so that a center line of a width W of the composite material weaves between adjacent holes and zigzags in the one direction; and wherein a tensile rigidity and/or a compressive rigidity in the one direction (t) of the peripheral region is lower than a tensile rigidity and/or a compressive rigidity in the one direction (t) of another region that surrounds the peripheral region, characterized in that the first area includes a parallel part in which, when the one direction (t) is taken as 0°, the continuous fibers are oriented in the 0° direction, and the parallel part is disposed at least in a location of the first area including an extension line of a diameter of the hole that is oriented in a ±90° direction, and makes contact with the holes.
A ventilator system comprising a ventilator and an anesthesia host: the ventilator comprising: a ventilation drive configured to drive ventilation gas from a gas source to a patient; a patient interface section configured to guide inspiratory gas along an inspiratory path from the ventilation drive to a patient connection, and guide expiratory gas along an expiratory path from the patient connection out of the ventilator; wherein the patient interface section is configured to releasably connect to the ventilation drive; and the anesthesia host comprising: a circle breathing system that connects to both the inspiratory path and the expiratory path, wherein the circle breathing system is configured to deliver anesthetic gas to the inspiratory path; wherein the ventilator is configured to removably connect to the host such that at least one of the inspiratory path and the expiratory path are diverted through the host when the ventilator is removably connected to the host; and wherein the patient interface section and the circle breathing system are configured to releasably connect together and to be removed from the ventilation drive and the anesthesia host as a connected unit. the ventilator comprising: a ventilation drive configured to drive ventilation gas from a gas source to a patient; a patient interface section configured to guide inspiratory gas along an inspiratory path from the ventilation drive to a patient connection, and guide expiratory gas along an expiratory path from the patient connection out of the ventilator; wherein the patient interface section is configured to releasably connect to the ventilation drive; and a ventilation drive configured to drive ventilation gas from a gas source to a patient; a patient interface section configured to guide inspiratory gas along an inspiratory path from the ventilation drive to a patient connection, and guide expiratory gas along an expiratory path from the patient connection out of the ventilator; wherein the patient interface section is configured to releasably connect to the ventilation drive; and the anesthesia host comprising: a circle breathing system that connects to both the inspiratory path and the expiratory path, wherein the circle breathing system is configured to deliver anesthetic gas to the inspiratory path; wherein the ventilator is configured to removably connect to the host such that at least one of the inspiratory path and the expiratory path are diverted through the host when the ventilator is removably connected to the host; and
Double wet clutch for a torque transmission system, comprising: a first clutch and a second clutch respectively of multidisc type, which are controlled to selectively couple a combustion engine and a rotating electric machine to a first driven shaft and to a second driven shaft, the first and second clutches (E1, E2) being arranged radially one above the other about an axis of rotation, the two clutches (E1, E2) comprising a torque-input disc carrier (10, 20) coupled kinematically to the combustion engine, and a central oil supply hub for the first clutch and the second clutch, said central hub comprising: - a cylindrical portion, - a flange extending radially from the cylindrical portion, - at least one oil supply duct (54a, 54b, 54c) traversing the cylindrical portion and the flange, and opening out within one of the first and second clutches, characterized in that the double wet clutch comprises a drive cover coupled kinematically to the rotating electric machine, the drive cover being attached to the periphery of the flange of the central hub so as to plug the radial end of the at least one oil supply duct, and in that the drive cover is force-fitted onto the flange of the central hub. a first clutch and a second clutch respectively of multidisc type, which are controlled to selectively couple a combustion engine and a rotating electric machine to a first driven shaft and to a second driven shaft, the first and second clutches (E1, E2) being arranged radially one above the other about an axis of rotation, the two clutches (E1, E2) comprising a torque-input disc carrier (10, 20) coupled kinematically to the combustion engine, and a central oil supply hub for the first clutch and the second clutch, said central hub comprising: - a cylindrical portion, - a flange extending radially from the cylindrical portion, - at least one oil supply duct (54a, 54b, 54c) traversing the cylindrical portion and the flange, and opening out within one of the first and second clutches, characterized in that the double wet clutch comprises a drive cover coupled kinematically to the rotating electric machine, the drive cover being attached to the periphery of the flange of the central hub so as to plug the radial end of the at least one oil supply duct, - a cylindrical portion, - a flange extending radially from the cylindrical portion, - at least one oil supply duct (54a, 54b, 54c) traversing the cylindrical portion and the flange, and opening out within one of the first and second clutches, characterized in that the double wet clutch comprises a drive cover coupled kinematically to the rotating electric machine, the drive cover being attached to the periphery of the flange of the central hub so as to plug the radial end of the at least one oil supply duct, and in that the drive cover is force-fitted onto the flange of the central hub.
A syrup comprising: - a content of sweetening agent above 15% by weight of the syrup; - a hydrolyzed whole grain composition; and - an alpha-amylase or fragment thereof, which alpha-amylase or fragment thereof shows no hydrolytic activity towards dietary fibers when in the active state; wherein the syrup has a water activity above 0.6. - a content of sweetening agent above 15% by weight of the syrup; - a hydrolyzed whole grain composition; and - an alpha-amylase or fragment thereof, which alpha-amylase or fragment thereof shows no hydrolytic activity towards dietary fibers when in the active state; wherein the syrup has a water activity above 0.6.
A water soluble film, comprising a water soluble mixture of: a water soluble resin comprising a polyvinyl alcohol resin, an enzyme, and an enzyme substrate for said enzyme, wherein the enzyme substrate is provided in an amount of at least 1 phr. a water soluble resin comprising a polyvinyl alcohol resin, an enzyme, and an enzyme substrate for said enzyme, wherein the enzyme substrate is provided in an amount of at least 1 phr.