mhurhangee/ep-ind-claims huggingface dataset:
An enclosure with a vortex-induced vibration suppression function, wherein: the enclosure is provided with suction through holes extending through a peripheral wall of the enclosure, and the suction through holes are distributed in a circumferential direction of the enclosure; the enclosure is further provided with a suction apparatus, and the suction apparatus is configured to perform suctioning to the suction through holes from outside to inside, to restrain an airflow boundary layer at an outer surface of the enclosure from being detached from the outer surface; a shell is provided in the enclosure, and the shell and an inner surface of a region, provided with the suction through holes, of the enclosure enclose a closed annular suction cavity; the suction apparatus is configured to suction the suction cavity, to perform suctioning to the suction through holes from outside to inside; and characterized in that, partitions are further provided in the suction cavity, and the partitions divide the suction cavity into a plurality of circumferentially distributed suction chambers; an incoming flow at an upwind side forms a bypass flow detachment when flowing around the enclosure, and the suction apparatus is configured to suction only the suction chamber corresponding to a position of the bypass flow detachment. the enclosure is provided with suction through holes extending through a peripheral wall of the enclosure, and the suction through holes are distributed in a circumferential direction of the enclosure; the enclosure is further provided with a suction apparatus, and the suction apparatus is configured to perform suctioning to the suction through holes from outside to inside, to restrain an airflow boundary layer at an outer surface of the enclosure from being detached from the outer surface; a shell is provided in the enclosure, and the shell and an inner surface of a region, provided with the suction through holes, of the enclosure enclose a closed annular suction cavity; the suction apparatus is configured to suction the suction cavity, to perform suctioning to the suction through holes from outside to inside; and characterized in that, partitions are further provided in the suction cavity, and the partitions divide the suction cavity into a plurality of circumferentially distributed suction chambers; an incoming flow at an upwind side forms a bypass flow detachment when flowing around the enclosure, and the suction apparatus is configured to suction only the suction chamber corresponding to a position of the bypass flow detachment.
An instrument (200,300), comprising: a panel with an outer surface; a circuit board having a first surface; a plurality of conductive terminals coupled to the circuit board characterized in that each conductive terminal has a beveled rear surface that abuts the first surface such that a longitudinal axis of each of the plurality of conductive terminals is at an oblique angle relative to the panel and, each of the conductive terminals is rotatable relative to the circuit board while maintaining a particular acute angle of the longitudinal axis relative to the panel to change a direction of a conductive terminal first surface. a panel with an outer surface; a circuit board having a first surface; a plurality of conductive terminals coupled to the circuit board characterized in that each conductive terminal has a beveled rear surface that abuts the first surface such that a longitudinal axis of each of the plurality of conductive terminals is at an oblique angle relative to the panel and, each of the conductive terminals is rotatable relative to the circuit board while maintaining a particular acute angle of the longitudinal axis relative to the panel to change a direction of a conductive terminal first surface.
A method for thermally aware booting in a portable computing device, PCD, the method comprising: polling a sensor in the PCD for a measurement of a thermal indicator; determining whether the polled measurement exceeds a predetermined threshold; if the polled measurement exceeds the predetermined threshold, then modifying the boot sequence by scaling the performance level of at least one component of the PCD, wherein the at least one component comprises a thermally aggressive component, and bringing online another component of the PCD for making a high priority application associated with the another component available. polling a sensor in the PCD for a measurement of a thermal indicator; determining whether the polled measurement exceeds a predetermined threshold; if the polled measurement exceeds the predetermined threshold, then modifying the boot sequence by scaling the performance level of at least one component of the PCD, wherein the at least one component comprises a thermally aggressive component, and bringing online another component of the PCD for making a high priority application associated with the another component available.
A main strut for an aircraft landing gear assembly, with an attachment assembly comprising: a tubular structure having a central axis and at least one open end; at least one pintle pin arranged at least partially within the at least one open end of the tubular structure and moveable along the central axis between a retracted position and an extended position, wherein in the extended position a portion of the at least one pintle pin protrudes from the at least one open end of the tubular structure for engagement with a pintle lug and in the retracted position the at least one pintle pin is withdrawn into the tubular structure for disengagement with the pintle lug; a retraction mechanism disposed within the tubular structure and coupled to the at least one pintle pin, the retraction mechanism arranged to convert a rotary input motion into linear motion of the at least one pintle pin along the central axis to drive the at least one pintle pin between the extended position and the retracted position. a tubular structure having a central axis and at least one open end; at least one pintle pin arranged at least partially within the at least one open end of the tubular structure and moveable along the central axis between a retracted position and an extended position, wherein in the extended position a portion of the at least one pintle pin protrudes from the at least one open end of the tubular structure for engagement with a pintle lug and in the retracted position the at least one pintle pin is withdrawn into the tubular structure for disengagement with the pintle lug; a retraction mechanism disposed within the tubular structure and coupled to the at least one pintle pin, the retraction mechanism arranged to convert a rotary input motion into linear motion of the at least one pintle pin along the central axis to drive the at least one pintle pin between the extended position and the retracted position.
A method for switching a physical layer, PHY, device of a system linked via a communication media to a remote system, from being connected to a first processing Media Access Control, MAC, device to being connected to a second processing MAC device, the method comprising: - receiving an indication of an upcoming change of connection by the first MAC device and the second MAC device; - after the receiving of the indication, buffering egress traffic in the second MAC device; - transmitting egress traffic buffered in the first MAC device prior to the receiving of the indication, via the PHY device and the communication media to the remote system; - interrupting transmission from the first MAC device to the PHY device, while continuing reception of ingress traffic or of an empty-traffic indication by the first MAC device from the remote system via the PHY device; - upon receiving a no-remote-traffic indication from the remote system, interrupting, in the first MAC device, reception of ingress traffic or indications from the remote system via the PHY device; - providing a physical connection between the second MAC device and the PHY device; - transmitting and receiving, in the second MAC device, no-remote-traffic indications towards and from the remote system via the PHY device, after the physical connection is provided; - validating a connection between the second MAC device and the PHY device, by transmitting and receiving empty-traffic indications towards and from the remote system via the PHY device, for at least a predetermined time interval; and - transmitting the buffered egress traffic from the second MAC device via the PHY device and the communication media, to the remote system after the validating. - receiving an indication of an upcoming change of connection by the first MAC device and the second MAC device; - after the receiving of the indication, buffering egress traffic in the second MAC device; - transmitting egress traffic buffered in the first MAC device prior to the receiving of the indication, via the PHY device and the communication media to the remote system; - interrupting transmission from the first MAC device to the PHY device, while continuing reception of ingress traffic or of an empty-traffic indication by the first MAC device from the remote system via the PHY device; - upon receiving a no-remote-traffic indication from the remote system, interrupting, in the first MAC device, reception of ingress traffic or indications from the remote system via the PHY device; - providing a physical connection between the second MAC device and the PHY device; - transmitting and receiving, in the second MAC device, no-remote-traffic indications towards and from the remote system via the PHY device, after the physical connection is provided; - validating a connection between the second MAC device and the PHY device, by transmitting and receiving empty-traffic indications towards and from the remote system via the PHY device, for at least a predetermined time interval; and - transmitting the buffered egress traffic from the second MAC device via the PHY device and the communication media, to the remote system after the validating.
A tile alignment assembly comprising: a base member having a bottom plate and an intermediate member extending upwardly from the bottom plate, wherein the intermediate member has a first side and a second side; a cam tool pivotally combined with the base member to rotate around an axis of rotation, said cam tool having a handle combined with a cam member, wherein the cam member has a rounded tile engaging surface around its outer periphery with a plurality of successive points, wherein each successive point is farther from the axis of rotation so the distance between the tile engaging surface and the bottom plate decreases as the cam tool is rotated in a first direction; characterized in that said intermediate member has a shaft extending outwardly from the first side, and that said cam tool has an off-center notch adapted to receive the shaft to allow the cam tool to be rotated around the shaft, and a locking pawl assembly combined with the base member and the cam tool, said locking pawl assembly having pawl members configured to interfere with teeth members allowing the cam tool to rotate in the first direction relative to the base member but not in a second opposite direction relative to the base member. a cam tool pivotally combined with the base member to rotate around an axis of rotation, said cam tool having a handle combined with a cam member, wherein the cam member has a rounded tile engaging surface around its outer periphery with a plurality of successive points, wherein each successive point is farther from the axis of rotation so the distance between the tile engaging surface and the bottom plate decreases as the cam tool is rotated in a first direction; characterized in that said intermediate member has a shaft extending outwardly from the first side, and that said cam tool has an off-center notch adapted to receive the shaft to allow the cam tool to be rotated around the shaft, and a locking pawl assembly combined with the base member and the cam tool, said locking pawl assembly having pawl members configured to interfere with teeth members allowing the cam tool to rotate in the first direction relative to the base member but not in a second opposite direction relative to the base member.
A method of wireless communication by a mobile device configured for carrier aggregation, CA, of at least a time division duplexed, TDD, first component carrier and a frequency division duplexed, FDD, second component carrier, comprising: determining an association between a set of downlink, DL, subframes including TDD subframes and FDD subframes of the respective first and second component carriers and an uplink, UL, subframe of the first component carrier based on an uplink-downlink configuration of the first component carrier; generating control information associated with transmissions on the set of DL subframes, wherein the control information comprises hybrid automatic repeat request, HARQ, feedback; and sending the control information on the UL subframe of the first component carrier based on the association, wherein each DL subframe of the FDD second component carrier is associated with a corresponding UL subframe of the first component carrier. determining an association between a set of downlink, DL, subframes including TDD subframes and FDD subframes of the respective first and second component carriers and an uplink, UL, subframe of the first component carrier based on an uplink-downlink configuration of the first component carrier; generating control information associated with transmissions on the set of DL subframes, wherein the control information comprises hybrid automatic repeat request, HARQ, feedback; and sending the control information on the UL subframe of the first component carrier based on the association, wherein each DL subframe of the FDD second component carrier is associated with a corresponding UL subframe of the first component carrier.
A kit for guiding the insertion of a spinal fixation rod, the kit comprising: a plurality of hollow elongated extension tubes (210; 1210; 2210; 3210), each extension tube (210; 1210; 2210; 3210) having an implant engaging end, a template end, and an engagement surface on the outside of the extension tube (210; 1210; 2210; 3210), the engagement surface having a contour; characterized in that the kit further comprises a plurality of tube connectors (260, 270, 280) joinable in series, each tube connector (260, 270, 280) comprising a ring (262, 272, 282) surrounding a central opening, the central opening bounded by an inner wall inside the ring, the inner wall having a contour that conforms to the contour of the engagement surface of one of the extension tubes (210; 1210; 2210; 3210), each tube connector (260, 270, 280) further comprising one or more couplings joinable to another of the plurality of tube connectors (260, 270, 280); and a plurality of rod templates (500; 1500), each rod template (500; 1500) comprising a rod receiving channel (530; 1530). a plurality of hollow elongated extension tubes (210; 1210; 2210; 3210), each extension tube (210; 1210; 2210; 3210) having an implant engaging end, a template end, and an engagement surface on the outside of the extension tube (210; 1210; 2210; 3210), the engagement surface having a contour; a plurality of tube connectors (260, 270, 280) joinable in series, each tube connector (260, 270, 280) comprising a ring (262, 272, 282) surrounding a central opening, the central opening bounded by an inner wall inside the ring, the inner wall having a contour that conforms to the contour of the engagement surface of one of the extension tubes (210; 1210; 2210; 3210), each tube connector (260, 270, 280) further comprising one or more couplings joinable to another of the plurality of tube connectors (260, 270, 280); and a plurality of rod templates (500; 1500), each rod template (500; 1500) comprising a rod receiving channel (530; 1530).
An assembly for manufacturing a light-emitting diode, comprising: a substrate; a membrane material layer formed on top of the substrate so as to define a cavity between the membrane material layer and the substrate; a light-emitting layer comprising a first semiconductor layer, an active layer, and a second semiconductor layer, the light-emitting layer having a core-shell structure, wherein: the first semiconductor layer is provided in a three-dimensional, 3D, shape having a relatively thick thickness compared to the active layer and the second semiconductor layer, the first semiconductor layer being the core of the core-shell structure, the active layer is provided to cover a top surface and a side surface of the first semiconductor layer, and the second semiconductor layer is provided on the active layer, and wherein the first semiconductor layer is provided on the membrane above the cavity; a passivation layer provided to cover the light emitting layer; and a second electrode provided on a second side of the light-emitting layer to contact the second semiconductor layer. a substrate; a membrane material layer formed on top of the substrate so as to define a cavity between the membrane material layer and the substrate; a light-emitting layer comprising a first semiconductor layer, an active layer, and a second semiconductor layer, the light-emitting layer having a core-shell structure, wherein: the first semiconductor layer is provided in a three-dimensional, 3D, shape having a relatively thick thickness compared to the active layer and the second semiconductor layer, the first semiconductor layer being the core of the core-shell structure, the active layer is provided to cover a top surface and a side surface of the first semiconductor layer, and the second semiconductor layer is provided on the active layer, and wherein the first semiconductor layer is provided on the membrane above the cavity; the first semiconductor layer is provided in a three-dimensional, 3D, shape having a relatively thick thickness compared to the active layer and the second semiconductor layer, the first semiconductor layer being the core of the core-shell structure, the active layer is provided to cover a top surface and a side surface of the first semiconductor layer, and the second semiconductor layer is provided on the active layer, and wherein the first semiconductor layer is provided on the membrane above the cavity; a passivation layer provided to cover the light emitting layer; and a second electrode provided on a second side of the light-emitting layer to contact the second semiconductor layer.
A trolley assembly comprising: a trolley rail having a base portion and upstanding side edges with upper and lower trolley ways, a series of locking apertures within the base portion; a trolley having upper and lower surfaces and an intermediate side edge, a mounting member secured to the lower surface,; a set of four upper wheels orthogonally mounted to the upper surface and positioned within the upper trolley way, a set of four side wheels orthogonally mounted to the intermediate side edge and positioned within the lower trolley way, whereby the upper and side wheels permit the trolley to be moved along the length of the trolley rail with the upper surface of the trolley in facing relation to the base portion of the rail; a retaining mechanism interconnected to the trolley and including a biased locking pin that is adapted to be selectively inserted into one of the locking apertures and thereby prevent the relative movement between the trolley and trolley rail, a handle for permitting a user to engage and disengage the locking pin. a trolley rail having a base portion and upstanding side edges with upper and lower trolley ways, a series of locking apertures within the base portion; a trolley having upper and lower surfaces and an intermediate side edge, a mounting member secured to the lower surface,; a set of four upper wheels orthogonally mounted to the upper surface and positioned within the upper trolley way, a set of four side wheels orthogonally mounted to the intermediate side edge and positioned within the lower trolley way, whereby the upper and side wheels permit the trolley to be moved along the length of the trolley rail with the upper surface of the trolley in facing relation to the base portion of the rail; a retaining mechanism interconnected to the trolley and including a biased locking pin that is adapted to be selectively inserted into one of the locking apertures and thereby prevent the relative movement between the trolley and trolley rail, a handle for permitting a user to engage and disengage the locking pin.
An epoxy resin, comprising an epoxy compound A that has at least two mesogenic structures and at least one phenylene group, and an epoxy compound B that has at least two mesogenic structures and at least one divalent biphenyl group.
An apparatus configured to be employed in an evolved NodeB "eNB" comprising: one or more processors configured to execute executable instructions stored in a memory for one or more executable components comprising: a communication component configured to generate a downlink "DL" transmission corresponding to an unlicensed band or a licensed band; and a listen-before-talk "LBT" component configured to determine different LBT priority classes associated with the DL transmission, and assign an LBT priority class to an uplink "UL" grant of the DL transmission wherein the LBT component is further configured to assign a lowest LBT priority class of the different LBT priority classes to LBT parameters in the DL transmission for an LBT protocol; and characterized by: a scheduling component configured to generate within a first transmission opportunity the DL transmission comprising the UL grant and an indication of whether to schedule a UL transmission (504, 604) within the first transmission opportunity using a single LBT interval to perform a clear channel assessment or a second transmission opportunity that is outside and different than the first transmission opportunity using a category 4 LBT protocol. a communication component configured to generate a downlink "DL" transmission corresponding to an unlicensed band or a licensed band; and a listen-before-talk "LBT" component configured to determine different LBT priority classes associated with the DL transmission, and assign an LBT priority class to an uplink "UL" grant of the DL transmission wherein the LBT component is further configured to assign a lowest LBT priority class of the different LBT priority classes to LBT parameters in the DL transmission for an LBT protocol; and characterized by: a scheduling component configured to generate within a first transmission opportunity the DL transmission comprising the UL grant and an indication of whether to schedule a UL transmission (504, 604) within the first transmission opportunity using a single LBT interval to perform a clear channel assessment or a second transmission opportunity that is outside and different than the first transmission opportunity using a category 4 LBT protocol.
Ride-on lawnmower comprising an internal combustion engine and a muffler, wherein the internal combustion engine is connected to the muffler for conducting exhaust gases, wherein the muffler has a first housing into which exhaust gases can be introduced for muffling purposes, wherein the ride-on lawnmower has a second housing for thermally insulating the first housing, wherein the second housing at least partially surrounds the first housing, characterized in that the second housing has a degree of emission of greater than 0.8, in particular of greater than 0.9, on its outer side.