mhurhangee/ep-ind-claims huggingface dataset:
A method for optimizing activation of Idle State Signalling Reduction, ISR, in an Evolved Packet System, characterized in that, comprising: receiving, by a first network entity, a Context Request message transmitted from a second network entity and deciding to activate ISR in an area update procedure, wherein the first network entity belongs to a first network and the second network entity belongs to a second network; transmitting, by the first network entity, a decision result of activating ISR to the second network entity, and the second network entity instructing the UE to activate ISR in response to the received decision result; and restarting, by the first network entity, an implicit detach timer corresponding to the UE when an ISR activation acknowledge is returned from the second network entity. receiving, by a first network entity, a Context Request message transmitted from a second network entity and deciding to activate ISR in an area update procedure, wherein the first network entity belongs to a first network and the second network entity belongs to a second network; transmitting, by the first network entity, a decision result of activating ISR to the second network entity, and the second network entity instructing the UE to activate ISR in response to the received decision result; and restarting, by the first network entity, an implicit detach timer corresponding to the UE when an ISR activation acknowledge is returned from the second network entity.
A system comprising an optoelectronic module and a pluggable connector configured to removably couple an end of an optical cable to the optoelectronic module, the pluggable connector comprising: a ferrule; characterized by further comprising a clip; comprising a first portion comprising a latching portion configured to engage a latch slot of the optoelectronic module to retain the ferrule within the optoelectronic module when the ferrule is optically coupled to optical fibers of the optical cable; and the clip further comprising a second portion configured to engage the ferrule to prevent removal of the ferrule from within the optoelectronic module when the first portion engages the latch slot, the second portion comprising two lever portions of said clip that extend downward from opposite sides of the latching portion. a ferrule; characterized by further comprising a clip; comprising a first portion comprising a latching portion configured to engage a latch slot of the optoelectronic module to retain the ferrule within the optoelectronic module when the ferrule is optically coupled to optical fibers of the optical cable; and the clip further comprising a second portion configured to engage the ferrule to prevent removal of the ferrule from within the optoelectronic module when the first portion engages the latch slot, the second portion comprising two lever portions of said clip that extend downward from opposite sides of the latching portion.
A graphical user interface platform including instructions stored on a data store media and executable through one or more hardware components comprising: a graphical user interface including: a test facility template including a test facility display area, the test facility template representing a physical location at a test facility having one or more actuator-based testing devices; and a menu of one or more testing device selections representative of the one or more actuator-based testing devices for the test facility, the one or more testing device selections selectively locatable within the test facility display area via a positioning function through an input device operable with the graphical user interface, wherein the graphical user interface platform is configured to transmit a data request to a remote test platform operable with the one or more actuator-based testing devices and receive the one or more testing device selections from the remote test platform, wherein the graphical user interface platform is further configured to interface with the remote test platform to receive test data in response to selection of a testing device selection from the one or more testing device selections. a test facility template including a test facility display area, the test facility template representing a physical location at a test facility having one or more actuator-based testing devices; and a menu of one or more testing device selections representative of the one or more actuator-based testing devices for the test facility, the one or more testing device selections selectively locatable within the test facility display area via a positioning function through an input device operable with the graphical user interface, wherein the graphical user interface platform is configured to transmit a data request to a remote test platform operable with the one or more actuator-based testing devices and receive the one or more testing device selections from the remote test platform, wherein the graphical user interface platform is further configured to interface with the remote test platform to receive test data in response to selection of a testing device selection from the one or more testing device selections.
A method for preparing a drug-eluting stent, comprising the steps of: (a) forming a first biodegradable polymer layer on the surface of a stent; (b) forming a nanostructured pattern on the surface of the first biodegradable polymer layer by treatment with ion beams or plasma using a plasma-assisted chemical vapor deposition (PACVD); and, (c) forming a second biodegradable polymer layer on the first biodegradable polymer layer having the nanostructured pattern formed thereon, at least one of the first and second biodegradable polymer layers being loaded with identical or different drugs, wherein the ion beam or plasma treatment in step (b) is carried out at a voltage ranging from -100 V to -100 kV, wherein the ion beam or plasma treatment in step (b) is carried out at a power ranging from 1 W to 10 kW, and wherein the ion beam or plasma treatment in step (b) is carried out for a time ranging from 1 second to 2 hours. (a) forming a first biodegradable polymer layer on the surface of a stent; (b) forming a nanostructured pattern on the surface of the first biodegradable polymer layer by treatment with ion beams or plasma using a plasma-assisted chemical vapor deposition (PACVD); and, (c) forming a second biodegradable polymer layer on the first biodegradable polymer layer having the nanostructured pattern formed thereon,
A lighting device comprising: at least one light source arranged to generate light; an electrically insulating heat sink element; and an electrically conducting layer; wherein said at least one light source is arranged in contact with said electrically conducting layer, wherein said electrically conducting layer is mounted to said heat sink element by means of a mechanical fastening means, and characterized in that said electrically conducting layer is folded about a fold axis around said heat sink element. at least one light source arranged to generate light; an electrically insulating heat sink element; and an electrically conducting layer;
An imaging apparatus comprising: a processor for controlling simultaneous display of a plurality of cut-out images cut out from respective ranges of an omnidirectional or panoramic moving image; a photographing unit to capture the omnidirectional or panoramic moving image, wherein the ranges comprise a plurality of ranges corresponding to a traveling direction of the imaging apparatus at the time the omnidirectional or panoramic moving image was captured by the photographing unit; and wherein the ranges are determined based on sensor data detected at the time the omnidirectional or panoramic moving image was captured. a processor for controlling simultaneous display of a plurality of cut-out images cut out from respective ranges of an omnidirectional or panoramic moving image; a photographing unit to capture the omnidirectional or panoramic moving image, wherein the ranges comprise a plurality of ranges corresponding to a traveling direction of the imaging apparatus at the time the omnidirectional or panoramic moving image was captured by the photographing unit; and wherein the ranges are determined based on sensor data detected at the time the omnidirectional or panoramic moving image was captured.
A device for optimizing an X-ray imaging trajectory, comprising: - a location information receiver; - a processor; and - a trajectory adaptor; wherein the location information receiver is configured to receive first location information of a first reconstruction volume based on a first sequence of X-ray images of a region of interest of a subject acquired along a first trajectory in a first position of an X-ray imaging device; and to receive a planned second trajectory for acquiring a second sequence of X-ray images in a second position of the X-ray imaging device; wherein the processor, coupled to the location information receiver and the trajectory adaptor, is configured to calculate a resulting second reconstruction volume for the second sequence of X-ray images; and to determine second location information for the second reconstruction volume; and to determine a degree of comparability for the first reconstruction volume and the second reconstruction volume based on the first location information and the second location information and provided as an overlap degree of the first reconstruction volume and the second reconstruction volume; and to calculate an adapted second trajectory that results in an increased degree of comparability of the first reconstruction volume and the second reconstruction volume; and wherein, for an optimized X-ray imaging trajectory, the trajectory adaptor is configured to provide the adapted second trajectory for acquiring the second sequence of X-ray images in the second position of the X-ray imaging device. - a location information receiver; - a processor; and - a trajectory adaptor; wherein the location information receiver is configured to receive first location information of a first reconstruction volume based on a first sequence of X-ray images of a region of interest of a subject acquired along a first trajectory in a first position of an X-ray imaging device; and to receive a planned second trajectory for acquiring a second sequence of X-ray images in a second position of the X-ray imaging device; wherein the processor, coupled to the location information receiver and the trajectory adaptor, is configured to calculate a resulting second reconstruction volume for the second sequence of X-ray images; and to determine second location information for the second reconstruction volume; and to determine a degree of comparability for the first reconstruction volume and the second reconstruction volume based on the first location information and the second location information and provided as an overlap degree of the first reconstruction volume and the second reconstruction volume; and to calculate an adapted second trajectory that results in an increased degree of comparability of the first reconstruction volume and the second reconstruction volume; and wherein, for an optimized X-ray imaging trajectory, the trajectory adaptor is configured to provide the adapted second trajectory for acquiring the second sequence of X-ray images in the second position of the X-ray imaging device.
A method for positioning a counterweight of a crane, comprising: determining a boom orientation; determining a first counterweight position corresponding to a first rearward stability associated with the boom orientation; determining a first crane capacity at the first counterweight position; determining a second counterweight position corresponding to a second rearward stability associated with the boom orientation; determining a second crane capacity at the second counterweight position; determining a load of the crane; and characterised by the steps of: positioning the counterweight at a third position between the first counterweight position and the second counterweight position dependent on the load, and the first crane capacity, wherein the load corresponds to a set percentage of the first crane capacity determining the load changing to a new load; and positioning the counterweight at a fourth position between the first counterweight position and the second counterweight position dependent on the new load and the first crane capacity, wherein the new load corresponds to the same set percentage of a fourth crane capacity associated with the fourth position. determining a boom orientation; determining a first counterweight position corresponding to a first rearward stability associated with the boom orientation; determining a first crane capacity at the first counterweight position; determining a second counterweight position corresponding to a second rearward stability associated with the boom orientation; determining a second crane capacity at the second counterweight position; determining a load of the crane; and characterised by the steps of: positioning the counterweight at a third position between the first counterweight position and the second counterweight position dependent on the load, and the first crane capacity, wherein the load corresponds to a set percentage of the first crane capacity determining the load changing to a new load; and positioning the counterweight at a fourth position between the first counterweight position and the second counterweight position dependent on the new load and the first crane capacity, wherein the new load corresponds to the same set percentage of a fourth crane capacity associated with the fourth position. positioning the counterweight at a third position between the first counterweight position and the second counterweight position dependent on the load, and the first crane capacity, wherein the load corresponds to a set percentage of the first crane capacity determining the load changing to a new load; and positioning the counterweight at a fourth position between the first counterweight position and the second counterweight position dependent on the new load and the first crane capacity, wherein the new load corresponds to the same set percentage of a fourth crane capacity associated with the fourth position.
A bi-directional nonlinear spring system, comprising: a bi-directional spring (50, 100) comprising: a plurality of compliant circular planar members having a first thickness; a plurality of rigid annular members having a second thickness and alternatingly coupling outer diameters of the plurality of compliant circular planar members in series, wherein the first thickness is less than the second thickness; and a plurality of coupled together center constraint members, configured as circular disks, alternately coupling the plurality of compliant circular planar members in series; each of the plurality of center constraint members comprising a center and a face extending across the center; and the center of each of the plurality of center constraint members being collinear with centers of each of the plurality of compliant circular planar members and centers of each of the plurality of rigid annular members. a bi-directional spring (50, 100) comprising: a plurality of compliant circular planar members having a first thickness; a plurality of rigid annular members having a second thickness and alternatingly coupling outer diameters of the plurality of compliant circular planar members in series, wherein the first thickness is less than the second thickness; and a plurality of coupled together center constraint members, configured as circular disks, alternately coupling the plurality of compliant circular planar members in series; a plurality of compliant circular planar members having a first thickness; a plurality of rigid annular members having a second thickness and alternatingly coupling outer diameters of the plurality of compliant circular planar members in series, wherein the first thickness is less than the second thickness; and a plurality of coupled together center constraint members, configured as circular disks, alternately coupling the plurality of compliant circular planar members in series; each of the plurality of center constraint members comprising a center and a face extending across the center; and the center of each of the plurality of center constraint members being collinear with centers of each of the plurality of compliant circular planar members and centers of each of the plurality of rigid annular members.
Knitting tool for flat or circular knitting machines with at least one needle bed, which comprises guides for linearly movably guided knitting tools, wherein the knitting tool comprises: a shaft provided with at least one foot and having a first height and in places a first thickness which is reduced in relation to a maximum thickness of the shaft, with an elongate shaft extension which is connected, via a straight connecting web oriented at right angles to the shaft extension, to a longitudinal web belonging to the shaft, and which extends away from the shaft and at its end lying remote from the shaft, transforms into a stitch-forming structure, wherein the shaft extension has a second height which is less than the first height, wherein the shaft extension has at least two portions (32, 33) with different thicknesses (D1, D2), characterised in that the portion of the shaft extension with the smaller thickness is at least as long as the stitch-forming structure, and that the connecting web is provided with the greater thickness of the thicknesses (D1, D2). a shaft provided with at least one foot and having a first height and in places a first thickness which is reduced in relation to a maximum thickness of the shaft, with an elongate shaft extension which is connected, via a straight connecting web oriented at right angles to the shaft extension, to a longitudinal web belonging to the shaft, and which extends away from the shaft and at its end lying remote from the shaft, transforms into a stitch-forming structure, wherein the shaft extension has a second height which is less than the first height, wherein the shaft extension has at least two portions (32, 33) with different thicknesses (D1, D2), characterised in that the portion of the shaft extension with the smaller thickness is at least as long as the stitch-forming structure, and that the connecting web is provided with the greater thickness of the thicknesses (D1, D2).
Apparatus for generating, applying and maintaining compression to a site in a human or animal body, the apparatus comprising: a delivery device comprising: a) a body having an internal threaded region configured to mate with a threaded screw, b)the threaded screw c)a handle mounted to a proximal end of the threaded screw, and d)a plunger, wherein when the threaded screw is advanced into the body, i)a distal end of the threaded screw will push against a proximal end of the plunger, and ii) a distal end of the plunger is configured to engage and bend an elastic bridge of a releasably mounted staple; and a staple comprising: a bridge configured to be elastically bendable wherein the bridge has a non-linear configuration when it is in an unstrained state, and further wherein when the delivery device applies a force to the bridge of the staple, the bridge will be reconfigured from a non-linear configuration toward a linear configuration; a first leg connected to the bridge by a first hinge region configured to be elastically bendable; and a second leg connected to the bridge by a second hinge region configured to be elastically bendable. a delivery device comprising: a) a body having an internal threaded region configured to mate with a threaded screw, b)the threaded screw c)a handle mounted to a proximal end of the threaded screw, and d)a plunger, wherein when the threaded screw is advanced into the body, i)a distal end of the threaded screw will push against a proximal end of the plunger, and ii) a distal end of the plunger is configured to engage and bend an elastic bridge of a releasably mounted staple; and a) a body having an internal threaded region configured to mate with a threaded screw, b)the threaded screw c)a handle mounted to a proximal end of the threaded screw, and d)a plunger, i)a distal end of the threaded screw will push against a proximal end of the plunger, and ii) a distal end of the plunger is configured to engage and bend an elastic bridge of a releasably mounted staple; and a staple comprising: a bridge configured to be elastically bendable wherein the bridge has a non-linear configuration when it is in an unstrained state, and further wherein when the delivery device applies a force to the bridge of the staple, the bridge will be reconfigured from a non-linear configuration toward a linear configuration; a first leg connected to the bridge by a first hinge region configured to be elastically bendable; and a second leg connected to the bridge by a second hinge region configured to be elastically bendable. a bridge configured to be elastically bendable wherein the bridge has a non-linear configuration when it is in an unstrained state, and further wherein when the delivery device applies a force to the bridge of the staple, the bridge will be reconfigured from a non-linear configuration toward a linear configuration; a first leg connected to the bridge by a first hinge region configured to be elastically bendable; and a second leg connected to the bridge by a second hinge region configured to be elastically bendable.
A DNL complex comprising (i) an anti-hapten antibody or antigen-binding fragment thereof conjugated to an AD moiety from an A-kinase anchor protein (AKAP); and (ii) a DDD moiety from human protein kinase A RIα, RIβ, RIIα or RIIβ, conjugated to an antibody or antigen-binding fragment thereof that binds to a target antigen associated with a disease or condition, wherein two copies of the DDD moiety form a dimer that binds to the AD moiety to form the DNL complex, for use in a method for diagnosising the disease or condition comprising detecting the target antigen associated with the disease or condition, wherein the method comprises a) exposing the target antigen to the DNL complex; b) allowing the DNL complex to bind to the antigen; c) adding a targetable construct comprising (iii) at least one hapten; and (iv) a fluorescent probe, wherein the hapten binds to the DNL complex; and d) detecting the fluorescently labeled target antigen by an intraoperative, intraperitoneal, laparoscopic, endoscopic or intravascular procedure. a) exposing the target antigen to the DNL complex; b) allowing the DNL complex to bind to the antigen; c) adding a targetable construct comprising (iii) at least one hapten; and (iv) a fluorescent probe, wherein the hapten binds to the DNL complex; and d) detecting the fluorescently labeled target antigen by an intraoperative, intraperitoneal, laparoscopic, endoscopic or intravascular procedure.
Coil former for producing an eddy current sensor having a winding head defining a longitudinal axis, in the outer surface of which two circumferential grooves (3, 4) are formed, which each extend around a winding core along the entire circumference of the winding head, wherein the circumferential grooves (3, 4) cross at the top side and the bottom side of the winding head in the longitudinal axis position and serve for receiving a coil wire to be wound around the winding core in the manner of a cross winding, and wherein the circumferential grooves (3, 4), as seen in the circumferential direction, are delimited by holding webs (8, 9, 10, 11), which extend in the longitudinal axis direction and in the direction of the two axial end regions of the coil former, and protrude over the winding core in the radial direction, characterized in that a receiving means for sticking in a ball of ferromagnetic material is formed in a top side of the winding core, in particular in a crossing region of the two circumferential grooves (3, 5).