mhurhangee/ep-ind-claims huggingface dataset:
A constant velocity drive for a tilt rotor assembly, comprising: a drive ring having a drive ring axis of rotation; a driven ring disposed around the drive ring and which is driven by the drive ring to rotate about a driven ring axis of rotation; a plurality of drive links extending from the drive ring to the driven ring to transfer torque applied at the drive ring to the driven ring; and a plurality of elastomeric bearings, each elastomeric bearing disposed at the driven ring to transfer torque from one of the plurality of drive links to the driven ring, each elastomeric bearing including both spherical bearing elements and planar bearing elements to allow for tilt of the driven ring axis of rotation with respect to the drive ring axis rotation while ensuring a constant rotational velocity of the driven ring with respect to the rotational velocity of the drive ring characterized in that each drive link is secured to the drive ring at a clevis of the drive ring with a pin extending through the clevis allowing for rotation of the drive link about a pin axis. a drive ring having a drive ring axis of rotation; a driven ring disposed around the drive ring and which is driven by the drive ring to rotate about a driven ring axis of rotation; a plurality of drive links extending from the drive ring to the driven ring to transfer torque applied at the drive ring to the driven ring; and a plurality of elastomeric bearings, each elastomeric bearing disposed at the driven ring to transfer torque from one of the plurality of drive links to the driven ring, each elastomeric bearing including both spherical bearing elements and planar bearing elements to allow for tilt of the driven ring axis of rotation with respect to the drive ring axis rotation while ensuring a constant rotational velocity of the driven ring with respect to the rotational velocity of the drive ring characterized in that each drive link is secured to the drive ring at a clevis of the drive ring with a pin extending through the clevis allowing for rotation of the drive link about a pin axis.
An unmanned helicopter for making a flight autonomously, the unmanned helicopter comprising; altitude control device for controlling a collective pitch blade angle based on a blade angle command calculated based on the deviation between a fed-back altitude and an altitude command and the deviation between a fed-back descent rate and a descent rate command; position control device for performing position control based on the deviation between a fed-back position and position command with respect to a horizontal position and the deviation between fed-back speed and a speed command; attitude control device for performing attitude control of the helicopter based on the deviation between a fed-back attitude angle and an attitude angle command; and descending device for stepwise decreasing a first descent rate command of the altitude control device for causing the helicopter to descend to a second altitude in a first descending step and giving a second descent rate command for causing the helicopter to descend from the second altitude to the ground in a second descending step, wherein the second descent rate command is a smaller descent rate than the first descent rate command, wherein the descending device is configured to descend the helicopter in the second descending step at a descent rate smaller than the first descent rate in the first descending step.
An apparatus for filling packages (10, 10a-10e) of the collapsible type, comprising a first station and a second station, the first station or second station being a filling station, a transport unit for intermittent transport of said packages (10, 10a-10e) from the first station to the second station along a transport direction which extends between the first station and the second station, the transport unit being designed to transport the packages (10, 10a-10e) in a hanging position, the transport unit being designed to transport the packages (10, 10a-10e) between the first station and the second station along a curved first path of movement, and a swing-inhibiting unit which is designed to engage with said packages (10, 10a-10e) in order to counteract a swinging movement of the hanging packages (10, 10a-10e) during said transport, said swing-inhibiting unit being movable along said transport direction while the transport unit transports the packages (10, 10a-10e), and the swing-inhibiting unit being arranged separately from the transport unit, characterised in that the swing-inhibiting unit is movable along a curved second path of movement being curved in the same direction as said first path of movement.
A method of wireless communication at a user equipment, UE, comprising: switching from a steady state to a fallback state prior to receiving a downlink transmission when a downlink grant is not received within a threshold number of subframes, wherein in the fallback state the UE is restricted to selecting only one or two antennas, wherein the UE enters the steady state when it expects downlink traffic; measuring a downlink packet error rate, PER; and determining a number of antennas for receiving the downlink transmission based on the measured, downlink PER. switching from a steady state to a fallback state prior to receiving a downlink transmission when a downlink grant is not received within a threshold number of subframes, wherein in the fallback state the UE is restricted to selecting only one or two antennas, wherein the UE enters the steady state when it expects downlink traffic; measuring a downlink packet error rate, PER; and determining a number of antennas for receiving the downlink transmission based on the measured, downlink PER.
Valve for controlling gas flow, comprising - a housing with at least one gas inlet; at least one first gas outlet and one second gas outlet; - a valve device adapted for blocking or unblocking the first gas outlet and/or the second gas outlet and/or the gas inlet; the valve device comprising - an axially movable shaft driven by an actuator; - a valve body comprising a first valve body element and a second valve body element and being arranged on the axially movable shaft; - the first valve body element being adapted for blocking or unblocking the gas inlet; - the second valve body element being adapted for blocking or unblocking the first gas outlet or the second gas outlet; - the first valve body element and the second valve body element being fixedly connected to each other; wherein the valve body is adapted to block or unblock the gas inlet, the first gas outlet and the second gas outlet via linear movement along a longitudinal axis L of the shaft, wherein the valve comprises a cavity having a cylindrical shape, the gas inlet being arranged on a first side of the cavity and the first gas outlet and the second gas outlet being arranged on a second side opposite the first side of the cavity, wherein the first valve body element is designed as a section of a cylindrical surface and the shape of the first valve body element is matching the cylindrical shape of an inner wall of the cavity, wherein the second valve body element is disc-shaped to be able to block a cross section of the cavity, wherein the valve body is movable to unblock gas inlet and both first gas outlet and second gas outlet at the same time. - a housing with at least one gas inlet; at least one first gas outlet and one second gas outlet; - a valve device adapted for blocking or unblocking the first gas outlet and/or the second gas outlet and/or the gas inlet; - an axially movable shaft driven by an actuator; - a valve body comprising a first valve body element and a second valve body element and being arranged on the axially movable shaft; - the first valve body element being adapted for blocking or unblocking the gas inlet; - the second valve body element being adapted for blocking or unblocking the first gas outlet or the second gas outlet; - the first valve body element and the second valve body element being fixedly connected to each other;
Table support frame for a tabletop, with a base comprising at least two, in particular electrically height-adjustable table legs and a horizontal longitudinal frame member which connects the two table legs to one another, and with at least two horizontal transverse supports for supporting the tabletop, wherein the transverse supports are inserted through recesses of the longitudinal frame member and are clamped therein, wherein next to one of the at least two transverse supports, a further horizontal transverse support is inserted through a recess of the longitudinal frame member and is clamped therein, characterized in that a horizontal retaining plate is suspended on the two transverse supports on which retaining plate a container is suspended.
Method for producing a light-emitting diode, the method comprising: - providing a carrier substrate having a silicon surface, - depositing a layer sequence on the silicon surface in a growth direction, and - depositing a light-emitting diode structure onto the layer sequence, wherein - the layer sequence contains a buffer layer, - the layer sequence contains a pseudomorphic GaN layer formed with gallium nitride, - the layer sequence contains a masking layer formed with silicon nitride, - the masking layer directly succeeds the pseudomorphic GaN layer in the growth direction, and - the pseudomorphic GaN layer directly succeeds the buffer layer in the growth direction. - providing a carrier substrate having a silicon surface, - depositing a layer sequence on the silicon surface in a growth direction, and - depositing a light-emitting diode structure onto the layer sequence, wherein - the layer sequence contains a buffer layer, - the layer sequence contains a pseudomorphic GaN layer formed with gallium nitride, - the layer sequence contains a masking layer formed with silicon nitride, - the masking layer directly succeeds the pseudomorphic GaN layer in the growth direction, and - the pseudomorphic GaN layer directly succeeds the buffer layer in the growth direction.
An apparatus comprising means for: providing a user interface, for enabling a user to select audio content, wherein the user interface comprises an arrangement of multiple user-selectable visual elements, at positions in the user interface that are indicative of different orientations from a user, wherein the user-selectable visual elements have an appearance dependent upon audio content for the respective orientations, and at least one of the multiple user-selectable visual elements, at a position indicative of an orientation from a user, is configured to have an appearance that comprises a visual extract of visual content for the orientation, wherein the visual content is dependent upon audio content for the orientation and is visual content that would be rendered to a user using mediated reality when a user changes a real world point of view of the user so the real world point of view of the user corresponds to the orientation, wherein mediated reality comprises rendering content in dependence upon a real world point of view of a user, and wherein the visual extract is a cropped region of the visual content; and responding to selection of a user-selectable visual element at a position in the user interface indicative of an orientation from the user to select, for processing, audio content for the orientation. providing a user interface, for enabling a user to select audio content, wherein the user interface comprises an arrangement of multiple user-selectable visual elements, at positions in the user interface that are indicative of different orientations from a user, wherein the user-selectable visual elements have an appearance dependent upon audio content for the respective orientations, and at least one of the multiple user-selectable visual elements, at a position indicative of an orientation from a user, is configured to have an appearance that comprises a visual extract of visual content for the orientation, wherein the visual content is dependent upon audio content for the orientation and is visual content that would be rendered to a user using mediated reality when a user changes a real world point of view of the user so the real world point of view of the user corresponds to the orientation, wherein mediated reality comprises rendering content in dependence upon a real world point of view of a user, and wherein the visual extract is a cropped region of the visual content; and responding to selection of a user-selectable visual element at a position in the user interface indicative of an orientation from the user to select, for processing, audio content for the orientation.
A heart access device (400, 1500, 2000, 2080) configured to provide a mechanically enhanced access channel within a tissue or a muscle of the heart, comprising: a sheath (40, 1300, 1520, 2020, 2810) including an open channel (42, 1330) configured to accept an interventional device, the sheath being configured to be inserted into the access channel; the sheath including at least one energy focusing section; an introducer (1200, 2010, 2820) configured to form the access channel; the open channel of the sheath (1300, 2020) being configured to accept the introducer, the introducer being configured to be movably disposed with respect to the sheath; the introducer including at least one energy-transducing element (48, 1522, 1240, 1340, 2012) configured to deliver energy to tissue surrounding the sheath, the energy-transducing element being configured to cause the surrounding tissue to stabilize around the sheath, wherein the energy from the at least one energy-transducing element (48, 1522, 1240, 1340, 2012) is dispersed through the sheath to the tissue surrounding the sheath when the at least one energy-transducing element corresponds to the at least one energy focusing section. a sheath (40, 1300, 1520, 2020, 2810) including an open channel (42, 1330) configured to accept an interventional device, the sheath being configured to be inserted into the access channel; the sheath including at least one energy focusing section; an introducer (1200, 2010, 2820) configured to form the access channel; the open channel of the sheath (1300, 2020) being configured to accept the introducer, the introducer being configured to be movably disposed with respect to the sheath; the introducer including at least one energy-transducing element (48, 1522, 1240, 1340, 2012) configured to deliver energy to tissue surrounding the sheath, the energy-transducing element being configured to cause the surrounding tissue to stabilize around the sheath, wherein the energy from the at least one energy-transducing element (48, 1522, 1240, 1340, 2012) is dispersed through the sheath to the tissue surrounding the sheath when the at least one energy-transducing element corresponds to the at least one energy focusing section.
Diamond manufacturing system via chemical vapor deposition assisted with laser initiated plasma fed with microwave energy which comprises a reactor, equipped with a gas inlet configured for introducing a carbon-and-hydrogen rich gas into the reactor, wherein the reactor comprises a gas outlet configured for extracting the gas from the reactor, wherein the reactor is equipped with a microwave heating system configured to heat the gas introduced into the reactor and to stabilize a plasma formed from this gas, wherein the reactor is additionally equipped with a sample holder inside the reactor, configured to hold a substrate provided for surface diamond formation, wherein the diamond manufacturing system comprises a laser source and laser beam direction means, linked to the reactor and configured to project at least one laser beam into the reactor and to direct the at least one laser beam towards the substrate, characterized in that the laser beam direction means are linked to a focalizing lens configured to produce a maximum energy incidence point of the at least one laser beam on the substrate surface, such that the diamond manufacturing system is configured to: - scan a part of the substrate surface by the laser beam, by means of the laser beam direction means; - clean the substrate surface by means of the laser beam; - induce plasma formation at the surface of the substrate, upon heating the surface of the substrate with the laser beam, thereby promoting diamond-phase carbon deposition on the substrate surface. - scan a part of the substrate surface by the laser beam, by means of the laser beam direction means; - clean the substrate surface by means of the laser beam; - induce plasma formation at the surface of the substrate, upon heating the surface of the substrate with the laser beam, thereby promoting diamond-phase carbon deposition on the substrate surface.
A method for producing a composite material, comprising the steps of: providing particles which comprise: (i) a core comprising one or more magnetic materials and (ii) a shell comprising silicon dioxide; providing a polymer component selected from the group consisting of polyolefin homopolymers, polyolefin interpolymers, and combinations thereof, wherein the polymer component is free of free radical initiator, and forming a mixture of the particles and polymer component.
A snap ring for securing a plastic mesh to a distributor plate (3,5) in a chromatography column assembly, wherein said snap ring is prepared from an elastically deformable material such as a polyolefin and comprises an edge capable of penetrating into the plastic mesh and a snap-on protrusion arranged to fit into a recess on the perimeter of said distributor plate.
A paper ejection apparatus comprising: paper ejection trays to which printed sheets are selectively ejected; a main tray disposed lower than the paper ejection trays; an inspection result acquirer configured to acquire an inspection result of each of the printed sheets; a paper ejection controller configured to control paper ejection such that each of the printed sheets is ejected to the paper ejection trays before the inspection result is obtained by the inspection result acquirer; and a tray information manager configured to manage by associating identification information of each of the paper ejection trays with the inspection result of each of the printed sheets ejected on the paper ejection trays, wherein the tray information manager secures, for reprinting, one of the paper ejection trays on which a printed sheet with an abnormal inspection result is ejected, and wherein the paper ejection controller controls paper ejection such that a reprinted sheet having a page number that is same as that of the printed sheet with the abnormal inspection result is ejected to the one of the paper ejection trays that is secured. paper ejection trays to which printed sheets are selectively ejected; a main tray disposed lower than the paper ejection trays; an inspection result acquirer configured to acquire an inspection result of each of the printed sheets; a paper ejection controller configured to control paper ejection such that each of the printed sheets is ejected to the paper ejection trays before the inspection result is obtained by the inspection result acquirer; and a tray information manager configured to manage by associating identification information of each of the paper ejection trays with the inspection result of each of the printed sheets ejected on the paper ejection trays, wherein the tray information manager secures, for reprinting, one of the paper ejection trays on which a printed sheet with an abnormal inspection result is ejected, and wherein the paper ejection controller controls paper ejection such that a reprinted sheet having a page number that is same as that of the printed sheet with the abnormal inspection result is ejected to the one of the paper ejection trays that is secured.
Plastic container with - a blow molded container part for receiving a filling material, comprising a container body and a container neck, wherein the container neck comprises an inner wall and an outer wall, - a pouring element that can be mounted on the container neck and that has a pouring opening and - a closure with which the plastic container can be closed, wherein a first holding means and a second holding means (31, 45) are formed on the inner wall of the container neck, wherein the first holding means is formed to hold the pouring element in the container neck and the second holding means is formed to hold the closure in the container neck, characterized in that the first holding means is formed in such a way that the first holding means and the pouring element can be locked in a form-fitting manner, wherein the first holding means is a groove extending in the circumferential direction of the inner wall. - a blow molded container part for receiving a filling material, comprising a container body and a container neck, wherein the container neck comprises an inner wall and an outer wall, - a pouring element that can be mounted on the container neck and that has a pouring opening and - a closure with which the plastic container can be closed, wherein a first holding means and a second holding means (31, 45) are formed on the inner wall of the container neck, wherein the first holding means is formed to hold the pouring element in the container neck and the second holding means is formed to hold the closure in the container neck,
A method of determining a gas volume fraction of a downhole multiphase fluid, comprising: flowing the multiphase fluid through a downhole tubular member having a first section, second section and third section, wherein the second section is disposed between the first section and the third section and an inner diameter of the second section is greater than an inner diameter of the first section and an inner diameter of the third section; the method further comprising the steps of: measuring an absolute pressure of the multiphase fluid at each of the first section, second section and third section using absolute pressure gauges (212, 214, 216, 218); and determining the gas volume fraction of the downhole multiphase fluid from the absolute pressure measurements using a difference between an absolute pressure measurement obtained at the first section and an absolute pressure measurement obtained at the third section. flowing the multiphase fluid through a downhole tubular member having a first section, second section and third section, wherein the second section is disposed between the first section and the third section and an inner diameter of the second section is greater than an inner diameter of the first section and an inner diameter of the third section; the method further comprising the steps of: measuring an absolute pressure of the multiphase fluid at each of the first section, second section and third section using absolute pressure gauges (212, 214, 216, 218); and determining the gas volume fraction of the downhole multiphase fluid from the absolute pressure measurements using a difference between an absolute pressure measurement obtained at the first section and an absolute pressure measurement obtained at the third section. measuring an absolute pressure of the multiphase fluid at each of the first section, second section and third section using absolute pressure gauges (212, 214, 216, 218); and determining the gas volume fraction of the downhole multiphase fluid from the absolute pressure measurements using a difference between an absolute pressure measurement obtained at the first section and an absolute pressure measurement obtained at the third section.