mhurhangee/ep-ind-claims huggingface dataset:
A method of relocating application context by an edge enabler client, EEC, in an edge computing system, the method comprising: determining whether a relocation of the application context is required by detecting that a user equipment, UE, has moved or that the UE is expected to move outside a service area of a source edge application server, S-EAS, based on comparison between edge data network, EDN, service area and UE location information; transmitting a context relocation request to a source edge enabler server, S-EES, based on the determination that the relocation of the application context is required; receiving a context relocation response message indicating a completion of the relocation of the application context from the S-EES; and rerouting an application data traffic, to a target edge application server, T-EAS, based on the context relocation response message. determining whether a relocation of the application context is required by detecting that a user equipment, UE, has moved or that the UE is expected to move outside a service area of a source edge application server, S-EAS, based on comparison between edge data network, EDN, service area and UE location information; transmitting a context relocation request to a source edge enabler server, S-EES, based on the determination that the relocation of the application context is required; receiving a context relocation response message indicating a completion of the relocation of the application context from the S-EES; and rerouting an application data traffic, to a target edge application server, T-EAS, based on the context relocation response message.
A computing system, comprising: a policy engine configured to: receive a role identifier identifying a role that represents a service to be hosted by an execution environment, receive a virtual machine, VM, image measurement indicative of a virtual machine image deployed in the execution environment (124, 126), and determine, based on a measurement-to-role mapping, whether the VM image measurement is mapped to the role, and generates an evaluation signal indicative of the determination; a key wrapping cryptographic engine configured to: based on the evaluation signal indicating that the VM image measurement is mapped to the role, wrap a set of role keys that: correspond to the role, and enable the execution environment (124, 126) to execute the service; and a key service configured to provide the execution environment with the set of wrapped role keys. a policy engine configured to: receive a role identifier identifying a role that represents a service to be hosted by an execution environment, receive a virtual machine, VM, receive a role identifier identifying a role that represents a service to be hosted by an execution environment, receive a virtual machine, VM, image measurement indicative of a virtual machine image deployed in the execution environment (124, 126), and determine, based on a measurement-to-role mapping, whether the VM image measurement is mapped to the role, and generates an evaluation signal indicative of the determination; a key wrapping cryptographic engine configured to: based on the evaluation signal indicating that the VM image measurement is mapped to the role, wrap a set of role keys that: correspond to the role, and enable the execution environment (124, 126) to execute the service; and a key service configured to provide the execution environment with the set of wrapped role keys.
A UV-radiation curable pressure sensitive adhesive comprising: (i) a polymerization reaction product of: (a) 0.5 to 25 wt % of a hydroxyl-containing (meth)acrylate monomer of formula: wherein R1 is CH 3 or H; and R2 is (i) a hydrocarbon moiety comprising at least 3 carbon atoms and a hydroxide group, or (ii) the hydrocarbon moiety comprising at least 4 carbon atoms, a catenary heteroatom, and a hydroxide group; (b) 0 to 3 wt % of polar crosslinkable monomer; (c) 40 to 99.5 wt % of a C4 to C 20 (meth)acrylate ester monomer; (ii) 5 to 30 parts of a hydrogenated hydrocarbon tackifier per 100 parts the weight sum of all monomers; and (iii) 0.01 to 3 parts (solid/solid) of a cross-linking agent per 100 parts the weight sum of all monomers; and wherein the polymerization reaction product is substantially free of solvent. (i) a polymerization reaction product of: (a) 0.5 to 25 wt % of a hydroxyl-containing (meth)acrylate monomer of formula: wherein R1 is CH 3 or H; and R2 is (i) a hydrocarbon moiety comprising at least 3 carbon atoms and a hydroxide group, or (ii) the hydrocarbon moiety comprising at least 4 carbon atoms, a catenary heteroatom, and a hydroxide group; (b) 0 to 3 wt % of polar crosslinkable monomer; (c) 40 to 99.5 wt % of a C4 to C 20 (meth)acrylate ester monomer; (a) 0.5 to 25 wt % of a hydroxyl-containing (meth)acrylate monomer of formula: wherein R1 is CH 3 or H; and R2 is (i) a hydrocarbon moiety comprising at least 3 carbon atoms and a hydroxide group, or (ii) the hydrocarbon moiety comprising at least 4 carbon atoms, a catenary heteroatom, and a hydroxide group; (b) 0 to 3 wt % of polar crosslinkable monomer; (c) 40 to 99.5 wt % of a C4 to C 20 (meth)acrylate ester monomer; (ii) 5 to 30 parts of a hydrogenated hydrocarbon tackifier per 100 parts the weight sum of all monomers; and (iii) 0.01 to 3 parts (solid/solid) of a cross-linking agent per 100 parts the weight sum of all monomers; and
A dissimilar metal joining method of a cold rolled steel sheet and an aluminum alloy sheet by spot welding, the method comprising: setting the thickness ts of the cold rolled steel sheet to be joined at 0.3 to 3.0 mm, and the thickness ta of the aluminum alloy sheet to be joined at 0.3 to 4.0 mm, and further, before performing spot welding to form a nugget under respective conditions of an inter-electrode electrode force: 2.5 to 4.5 kN, a welding current Iw: 14 to 26 kA, and a weld time Tw: 200 msec or less per a steel sheet thickness (ts) of 1 mm, the method being characterized by: previously performing pre-welding under the conditions, under which expulsion is not caused between the steel sheet and electrodes, and the aluminum alloy sheet side is not molten, of an inter-electrode electrode force: 2.5 to 4.5 kN, a welding current Ib: 6 to 12 kA, and a weld time Tb: 200 msec or less per a steel sheet thickness (ts) of 1 mm with respect to the electrodes brought in contact with the mutual sheets, and performing the spot welding in 1 second thereafter, wherein the conditions for the spot welding and the pre-welding further satisfy the following relational expression determined by the respective welding conditions the respective thicknesses: 20 ≤ Ib 2 × Tb + I w 2 × Tw × ts / ta ≤ 55 k A 2 ⋅ sec. setting the thickness ts of the cold rolled steel sheet to be joined at 0.3 to 3.0 mm, and the thickness ta of the aluminum alloy sheet to be joined at 0.3 to 4.0 mm, and further, before performing spot welding to form a nugget under respective conditions of an inter-electrode electrode force: 2.5 to 4.5 kN, a welding current Iw: 14 to 26 kA, and a weld time Tw: 200 msec or less per a steel sheet thickness (ts) of 1 mm, the method being characterized by: previously performing pre-welding under the conditions, under which expulsion is not caused between the steel sheet and electrodes, and the aluminum alloy sheet side is not molten, of an inter-electrode electrode force: 2.5 to 4.5 kN, a welding current Ib: 6 to 12 kA, and a weld time Tb: 200 msec or less per a steel sheet thickness (ts) of 1 mm with respect to the electrodes brought in contact with the mutual sheets, and performing the spot welding in 1 second thereafter, wherein the conditions for the spot welding and the pre-welding further satisfy the following relational expression determined by the respective welding conditions the respective thicknesses: 20 ≤ Ib 2 × Tb + I w 2 × Tw × ts / ta ≤ 55 k A 2 ⋅ sec.
Device for supplying lids to a machine for closing cans, comprising a destacking screw for conveying lids supplied by a lid feed and for transferring separated lids to a downstream transport and/or processing device, also comprising a stop device for interrupting the supply of lids to the downstream transport and/or processing device during an interruption of production, characterised in that the stop device is formed by the destacking screw, so that the conveying of lids is interrupted by stopping the destacking screw, wherein during the interruption to production the downstream transport and processing device continues to run.
A cleaning device for use with a percutaneous visualization device, comprising: a cannula having a proximal end and a distal end, the cannula including a first section pivotably connected to a second section and the cannula including a hinge interconnecting the first section and the second section; and a cleaning swab positioned at the distal end of the cannula, the cleaning swab being configured to pivot into a position to clean at least a portion of a percutaneous visualization device upon insertion into the cannula, characterized in that the hinge is disposed at the proximal end of the cannula. a cannula having a proximal end and a distal end, the cannula including a first section pivotably connected to a second section and the cannula including a hinge interconnecting the first section and the second section; and a cleaning swab positioned at the distal end of the cannula, the cleaning swab being configured to pivot into a position to clean at least a portion of a percutaneous visualization device upon insertion into the cannula, characterized in that the hinge is disposed at the proximal end of the cannula.
Liquid cosmetic composition, preferably for making up and/or caring for the lips and/or the skin, comprising, in a physiologically acceptable medium, at least one fatty phase containing: - at least one non-volatile oil, - at least one linear C 18 -C 24 hydroxylated fatty acid, preferably 12-hydroxystearic acid, - at least one additional wax other than the said linear C 18 -C 24 hydroxylated fatty acid, - at least one copolymer of vinylpyrrolidone and of at least one C 2 -C 40 α-olefin, - at least hydrophobic silica aerogel particles, - the said composition optionally comprising water at less than 5% by weight relative to the total weight of the composition, and preferably being anhydrous. - at least one non-volatile oil, - at least one linear C 18 -C 24 hydroxylated fatty acid, preferably 12-hydroxystearic acid, - at least one additional wax other than the said linear C 18 -C 24 hydroxylated fatty acid, - at least one copolymer of vinylpyrrolidone and of at least one C 2 -C 40 α-olefin, - at least hydrophobic silica aerogel particles, - the said composition optionally comprising water at less than 5% by weight relative to the total weight of the composition, and preferably being anhydrous.
Utility vehicle tyre of radial construction with a tread strip with circumferential grooves which are configured to profile depth, and with at least one profile rib which runs around in the circumferential direction in the middle tread strip region and has profile blocks which are separated from one another by way of transverse grooves, the transverse grooves extending at an angle of up to 45° with respect to the axial direction, running straight at least over the majority of their extent, having outer edges which run straight on the tread strip periphery, and being delimited by two block flanks and a rounded groove bottom, the block flanks of the transverse grooves running with projections and depressions in a zigzag shape in the direction of extent of the transverse grooves, characterized in that the block flanks of the transverse grooves consist here in the radial direction of at least two flank portions (7, 8, 9) which follow one another and have surface elements (7a, 8a, 9a) which in each case follow the zigzag course, the surface elements in the radially outermost flank portion enclosing the greatest angle with the radial direction, and the surface elements in the radially innermost flank portion enclosing the smallest angle with the radial direction.
An aircraft system for an aircraft, the aircraft comprising a landing gear system, the aircraft system comprising a controller that is configured to: receive at least one signal during a take-off procedure of the aircraft advising the controller of an engine fault or failure; and determine at least one remedial action to be taken, comprising an action intended to increase the aircraft climb rate; wherein the at least one remedial action comprises performance of at least a portion of a procedure to retract, by the landing gear system, a landing gear of the aircraft. receive at least one signal during a take-off procedure of the aircraft advising the controller of an engine fault or failure; and determine at least one remedial action to be taken, comprising an action intended to increase the aircraft climb rate; wherein the at least one remedial action comprises performance of at least a portion of a procedure to retract, by the landing gear system, a landing gear of the aircraft.
A security element, wherein - the security element comprises an optically variable embossed structure having a plurality of cells arranged in a pattern, - the cells have at least one areal element (3, 4, 12, 12') aligned nonparallel to a ground plane of the security element, a group of areal elements (3, 4, 12, 12') being provided which present a motif with a motif tilt effect, i.e., present or do not present the motif depending on the viewing angle, - the embossed structure is provided with a coating, - the coating comprises an imprint in the shape of a grid with grid elements, - the imprint forms a second motif recognizable to the viewer, - the motif tilt effect has a color contrast of the type colored-colored, colorednoncolored or noncolored-noncolored, - at least one of the parameters of position of the grid element on the cell, orientation of the grid element on the cell and shape of the grid element varies in a location-dependent manner over the extent of the embossed structure, so that the motif tilt effect of the first motif is supplemented by a kinetic effect of the second motif, - the kinetic effect has a color contrast of the type colored-colored, colorednoncolored or noncolored-noncolored, characterized in that - the color contrast type of the kinetic effect differs from the color contrast type of the tilt effect. - the security element comprises an optically variable embossed structure having a plurality of cells arranged in a pattern, - the cells have at least one areal element (3, 4, 12, 12') aligned nonparallel to a ground plane of the security element, a group of areal elements (3, 4, 12, 12') being provided which present a motif with a motif tilt effect, i.e., present or do not present the motif depending on the viewing angle, - the embossed structure is provided with a coating, - the coating comprises an imprint in the shape of a grid with grid elements, - the imprint forms a second motif recognizable to the viewer, - the motif tilt effect has a color contrast of the type colored-colored, colorednoncolored or noncolored-noncolored, - at least one of the parameters of position of the grid element on the cell, orientation of the grid element on the cell and shape of the grid element varies in a location-dependent manner over the extent of the embossed structure, so that the motif tilt effect of the first motif is supplemented by a kinetic effect of the second motif, - the kinetic effect has a color contrast of the type colored-colored, colorednoncolored or noncolored-noncolored, characterized in that - the color contrast type of the kinetic effect differs from the color contrast type of the tilt effect.
A surgical system comprising: a body extending along a longitudinal axis; a first member comprising a portion rotatably positioned within the body and further comprising a first threaded surface; a second member positioned within the body and comprising a second threaded surface that engages the first threaded surface, the second member being non-rotatable relative to the body; a third member comprising a distal end positioned within the first member; a fourth member comprising a proximal end rotatably positioned within the body; an adapter coupled to the fourth member such that a proximal end of the adapter is fixed relative to the fourth member; and an inflatable bone tamp comprising: an outer shaft being fixed to a distal end of a connector that is coupled to the adapter, a balloon coupled to the outer shaft, and an inner shaft coupled to the third member and the balloon, wherein the first member is rotatable relative to the body to translate the second member along the longitudinal axis, thereby causing the third member to translate into the same direction to move the balloon from a first length to a second length. a body extending along a longitudinal axis; a first member comprising a portion rotatably positioned within the body and further comprising a first threaded surface; a second member positioned within the body and comprising a second threaded surface that engages the first threaded surface, the second member being non-rotatable relative to the body; a third member comprising a distal end positioned within the first member; a fourth member comprising a proximal end rotatably positioned within the body; an adapter coupled to the fourth member such that a proximal end of the adapter is fixed relative to the fourth member; and an inflatable bone tamp comprising: an outer shaft being fixed to a distal end of a connector that is coupled to the adapter, a balloon coupled to the outer shaft, and an inner shaft coupled to the third member and the balloon, an outer shaft being fixed to a distal end of a connector that is coupled to the adapter, a balloon coupled to the outer shaft, and an inner shaft coupled to the third member and the balloon, wherein the first member is rotatable relative to the body to translate the second member along the longitudinal axis, thereby causing the third member to translate into the same direction to move the balloon from a first length to a second length.
A magnetic flux concentrator, MFC, structure, comprising: a substrate, a first metal layer comprising (i) a first wire layer disposed on or over the substrate, the first wire layer comprising first wires conducting electrical signals, and (ii) a first dielectric layer disposed on the first wire layer, a second metal layer comprising (i) a second wire layer disposed on or over the first metal layer, the second wire layer comprising second wires conducting electrical signals, and (ii) a second dielectric layer disposed on the second wire layer, and a magnetic flux concentrator disposed either in or on said first metal layer or in or on said second metal layer. a substrate, a first metal layer comprising (i) a first wire layer disposed on or over the substrate, the first wire layer comprising first wires conducting electrical signals, and (ii) a first dielectric layer disposed on the first wire layer, a second metal layer comprising (i) a second wire layer disposed on or over the first metal layer, the second wire layer comprising second wires conducting electrical signals, and (ii) a second dielectric layer disposed on the second wire layer, and a magnetic flux concentrator disposed either in or on said first metal layer or in or on said second metal layer.
A non-transitory computer program product encoded with instructions that, when executed by one or more processors of a control device, causes a process to be carried out, wherein the control device further comprises a user interface and the control device is configured to be communicatively coupled with a solid-state lighting device, the process comprising: presenting, via the user interface of the control device, at least one control feature operatively associated with at least one adjustment mode of the control device by which a light output of the solid-state lighting device is adjustable, wherein the at least one control feature is: manipulable to cause the control device to transmit a control signal to the solid-state lighting device; and transmitting the control signal, wherein the control signal provides for causing the solid-state lighting device to adjust at least one of an intensity, a correlated color temperature, and a color of the light output based on a manipulation of the at least one control feature; characterized in that the at least one control feature is presented as a scrollable wheel-type feature, and transmitting the control signal occurs only after the manipulation of the at least one control feature has ceased. presenting, via the user interface of the control device, at least one control feature operatively associated with at least one adjustment mode of the control device by which a light output of the solid-state lighting device is adjustable, wherein the at least one control feature is: manipulable to cause the control device to transmit a control signal to the solid-state lighting device; and transmitting the control signal, wherein the control signal provides for causing the solid-state lighting device to adjust at least one of an intensity, a correlated color temperature, and a color of the light output based on a manipulation of the at least one control feature; characterized in that the at least one control feature is presented as a scrollable wheel-type feature, and transmitting the control signal occurs only after the manipulation of the at least one control feature has ceased.
A wireless network with dynamic transmission control comprising an arbiter and a plurality of non-arbiter client nodes (200, 400, 500), the arbiter being configured to control an operation of the non-arbiter client nodes (200, 400, 500), by defining communications operation cycles and allocating a bandwidth to each of the plurality of non-arbiter client nodes (200, 400, 500) on a cycle by cycle basis in response to requests for bandwidth from the plurality of non-arbiter client nodes (200, 400, 500) including receiving an initial request for the desired bandwidth allocation from a non-arbiter client node (200, 400, 500) and granting bandwidth allocation in response to the initial request to allow the requesting non-arbiter client node (200, 400, 500) to join a Digital Data Link session; characterized in that the arbiter comprises an unmanned vehicle and wherein the arbiter is further configured to define a duration of an operation cycle by varying a frame length (650, 770) in response to requests for bandwidth from the plurality of non-arbiter client nodes so as to end (650e, 770e) a frame (650, 770) and to begin a new frame (660, 780) if a non-arbiter client node does not need an entire slot (667, 775).