mhurhangee/ep-ind-claims huggingface dataset:
A method for adaptive traffic path management comprising: receiving at least one packet associated with a traffic flow; determining application parameters for an application associated with the at least one packet; determining attributes associated with the traffic flow associated with the at least one packet, wherein the attributes comprise attributes related to a subscriber associated with the traffic flow or related to a path of the traffic flow; analyzing the application parameters and attributes to determine a Network Address Translation, NAT, pool for the traffic flow and choosing a Border Gateway Protocol, BGP, path, wherein the BGP path is chosen based on Key Performance Indicators associated with the traffic quality and cost for an operator; determining if a change to a NAT of the at least one packet is needed based on a traffic flow protocol that is advertised on the BGP path and whether the NAT currently associated with the at least one packet is within the determined NAT pool; if a change to the NAT is needed, modifying the NAT for the at least one packet associated with the traffic flow to a NAT associated with a different BGP path; and sending the at least one packet and any further packet of the traffic flow associated with the at least one packet to the different BGP path associated with the modified NAT. receiving at least one packet associated with a traffic flow; determining application parameters for an application associated with the at least one packet; determining attributes associated with the traffic flow associated with the at least one packet, wherein the attributes comprise attributes related to a subscriber associated with the traffic flow or related to a path of the traffic flow; analyzing the application parameters and attributes to determine a Network Address Translation, NAT, pool for the traffic flow and choosing a Border Gateway Protocol, BGP, path, wherein the BGP path is chosen based on Key Performance Indicators associated with the traffic quality and cost for an operator; determining if a change to a NAT of the at least one packet is needed based on a traffic flow protocol that is advertised on the BGP path and whether the NAT currently associated with the at least one packet is within the determined NAT pool; if a change to the NAT is needed, modifying the NAT for the at least one packet associated with the traffic flow to a NAT associated with a different BGP path; and sending the at least one packet and any further packet of the traffic flow associated with the at least one packet to the different BGP path associated with the modified NAT.
A method for omni-orientational wireless energy transfer between a transmitter unit (501, 701) and a receiver unit (511, 711), the method comprising: providing a first electromagnetic resonator (502, 702, 762) including a transmitter coil coupled to a power supply (520, 720); and placing a second electromagnetic resonator (512, 712, 772) at an operating distance from the first electromagnetic resonator (502, 702, 762), the second electromagnetic resonator (512, 712, 772) including a receiver coil coupled to an electrical load; wherein at least one of the first (502, 702, 762) or second (512, 712, 772) electromagnetic resonators includes a non-planar electromagnetic resonator (100, 200, 300, 400, 512, 712, 762) having a corresponding coil (102, 202, 302, 402) that spans a predetermined surface occupying three spatial dimensions to direct or receive a magnetic flux in a range of directions at the operating distance such that the receiver unit (511, 711) intercepts the magnetic flux to induce an electrical current in the receiver unit (511, 711) regardless of a relative orientation of the first resonator (502, 702, 762) and the second resonator (512, 712, 772), and wherein the predetermined surface is a non-degenerate two-dimensional surface with at least one concave portion configured to transfer the magnetic flux between the electromagnetic resonators such that the electrical current meets a power requirement of the electrical load regardless of the relative orientation at the operating distance. providing a first electromagnetic resonator (502, 702, 762) including a transmitter coil coupled to a power supply (520, 720); and placing a second electromagnetic resonator (512, 712, 772) at an operating distance from the first electromagnetic resonator (502, 702, 762), the second electromagnetic resonator (512, 712, 772) including a receiver coil coupled to an electrical load; wherein at least one of the first (502, 702, 762) or second (512, 712, 772) electromagnetic resonators includes a non-planar electromagnetic resonator (100, 200, 300, 400, 512, 712, 762) having a corresponding coil (102, 202, 302, 402) that spans a predetermined surface occupying three spatial dimensions to direct or receive a magnetic flux in a range of directions at the operating distance such that the receiver unit (511, 711) intercepts the magnetic flux to induce an electrical current in the receiver unit (511, 711) regardless of a relative orientation of the first resonator (502, 702, 762) and the second resonator (512, 712, 772), and wherein the predetermined surface is a non-degenerate two-dimensional surface with at least one concave portion configured to transfer the magnetic flux between the electromagnetic resonators such that the electrical current meets a power requirement of the electrical load regardless of the relative orientation at the operating distance.
Transport anchor system for transporting precast concrete components, in particular thin-walled or double-walled concrete parts, sandwich constructions, insulating walls, concrete shafts and pipes, comprising - a transport anchor with a screw channel, which is non-detachably concrete-cast in the interior of the precast concrete component, and - a first pocket former, which can be detachably arranged in the interior of the precast concrete part adjacent to the transport anchor to form a pocket, wherein the transport anchor system comprises a load receiving means with a lifting eyelet or other device for hanging or connecting to an external transport, sling or lashing means, wherein the load receiving means can be screwed into the screw channel of the transport anchor to transport the precast concrete component wherein the first pocket former on a first side has a pocket base, formed entirely or partially with permanent magnetic material to generate a magnetic holding force, and on a second side has a first projection section of a pocket projection (122a, 122b) for coupling to a screw channel of the transport anchor and a second projection section of the pocket projection (122a, 122b), wherein the second projection section of the pocket projection (122a, 122b) tapers conically, stating from base towards the first projection section and the pocket base tapers conically starting from the first side towards the second side of the pocket former characterised in that the load receiving means has an external geometry corresponding to the pocket former, so that the load receiving means can be placed precisely in the pocket formed by the pocket former. - a transport anchor with a screw channel, which is non-detachably concrete-cast in the interior of the precast concrete component, and - a first pocket former, which can be detachably arranged in the interior of the precast concrete part adjacent to the transport anchor to form a pocket, the transport anchor system comprises a load receiving means with a lifting eyelet or other device for hanging or connecting to an external transport, sling or lashing means, wherein the load receiving means can be screwed into the screw channel of the transport anchor to transport the precast concrete component wherein the first pocket former on a first side has a pocket base, formed entirely or partially with permanent magnetic material to generate a magnetic holding force, and on a second side has a first projection section of a pocket projection (122a, 122b) for coupling to a screw channel of the transport anchor and a second projection section of the pocket projection (122a, 122b), wherein the second projection section of the pocket projection (122a, 122b) tapers conically, stating from base towards the first projection section and the pocket base tapers conically starting from the first side towards the second side of the pocket former characterised in that the load receiving means has an external geometry corresponding to the pocket former, so that the load receiving means can be placed precisely in the pocket formed by the pocket former.
Device for treating at least one container, preferably for cold aseptic filling of a filling material into a container, comprising a housing surrounding a cleanroom in which housing the treatment of the container is able to be carried out, having a fixed housing part and a housing part which is moved relative to this, wherein at least one first surge tank is provided on a first level (N 1) and an at least second surge tank is provided on a second level (N 2) lying below a first level (N 1) for sealing the fixed housing part relative to the moved housing part, characterised in that a fluid connection exists between an outlet of the first surge tank and an inlet of the second surge tank, wherein the device is designed in such a way as to guide a sealing medium from the first surge tank into the second surge tank.
Method of displaying messages received via a communications network, in particular a mobile telephone network, on the screen, in particular the touch screen, of a terminal device, wherein before presenting a message the terminal device shows an idle screen which can be accessed by way of the at least one function characterised in that the sender of the message is identified and assigned to one of at least two categories, in that after receipt of the message, at least part of the content of the message is automatically, shown in a pop-up window displayed on the screen if the sender belongs to a prioritised VIP category, in that at least one function necessary for processing the message while the pop-up window is displayed remains active, wherein a keylock possibly set up for this is cancelled and if the sender does not belong to a prioritised category only receipt of the message is signalled by the terminal device.
An exercise bar assembly comprising: a pair of rotating grip assemblies, each including a generally planar frame and a hand grip mounted within the frame for rotation in the plane of the frame; a center bar assembly defining a longitudinal axis and opposite ends along the longitudinal axis, each of the opposite ends fixed to said frame of a corresponding one of the rotating grip assemblies along the longitudinal axis; and an elongated elastic element having opposite ends, each of said opposite ends having a mounting collar engageable to a bearing post (28a-f) on a corresponding one of said pair of rotating grip assemblies and extending along said longitudinal axis between said pair of rotating grip assemblies, said elastic element resisting rotation of said hand grip in each of the rotating grip assemblies, characterized in that each of said rotating grip assemblies includes at least one fixed bearing post, separate from said bearing post (28a-f), projecting perpendicularly from said frame and arranged on said frame to contact said elastic element upon rotation of said hand grip. a pair of rotating grip assemblies, each including a generally planar frame and a hand grip mounted within the frame for rotation in the plane of the frame; a center bar assembly defining a longitudinal axis and opposite ends along the longitudinal axis, each of the opposite ends fixed to said frame of a corresponding one of the rotating grip assemblies along the longitudinal axis; and an elongated elastic element having opposite ends, each of said opposite ends having a mounting collar engageable to a bearing post (28a-f) on a corresponding one of said pair of rotating grip assemblies and extending along said longitudinal axis between said pair of rotating grip assemblies, said elastic element resisting rotation of said hand grip in each of the rotating grip assemblies, characterized in that each of said rotating grip assemblies includes at least one fixed bearing post, separate from said bearing post (28a-f), projecting perpendicularly from said frame and arranged on said frame to contact said elastic element upon rotation of said hand grip.
Turbo-compound system comprising a combustion engine and a turbo-supercharging unit (TB, COM) comprising a first turbine driving a compressor for compressing fresh air at the combustion engine intake, a second turbine fed by exhaust gasses of the combustion engine and having a shaft connected with an engine crankshaft for providing the latter with mechanical energy and comprising a heat recovery system, coupled with said combustion engine, for carrying out a Rankine Cycle by exploiting the heat produced by the combustion engine for producing further mechanical energy, wherein said a first turbine is disposed upstream of said second turbine along an after treatment system and characterized in comprising a device for reducing the pollutant emissions arranged downstream of said second turbine and upstream of a heater for heating a WHR medium and in comprising a EGR cooler refreshed by said WHR medium.
Position measuring device for acquiring the position of two objects arranged movably in relation to one another in at least one measurement direction, comprising - a light source (21; 201) embodied as a semiconductor laser (21.2) with fibre grating feedback means (21.5, 21.8, 21.9), wherein the fibre grating feedback means arc tuned to the mode spacing of the semiconductor laser in respect of the reflection characteristic thereof relating to wavelength, - splitting means, by means of which a light beam supplied by the light source (21; 201) is split into two or more partial beams, - at least two partial beam paths, along which the partial beams pass, and - a plurality of optoelectronic detector elements (27.1, 27.2, 27.3, 207.A, 207.B), on which interfering partial beams from the partial beam paths are incident such that displacement-dependent position signals are acquirable by way of the detector elements (27.1, 27.2, 27.3, 207.A, 207.B), and wherein - the semiconductor laser and/or the fibre grating feedback means are at least partly coupled to temperature setting means (21.6, 21.7), by means of which the reflection characteristic of the fibre grating feedback means is tuned to the position of the modes of the semiconductor laser, and wherein - the partial beam paths are embodied asymmetrically with different optical path lengths, along which partial beams pass, before the partial beams interfere in a superposed manner and wherein - the position measuring device comprises a grating as a physically embodied measuring standard, which is arranged in the scanning beam path and impinged upon by the partial beams. - a light source (21; 201) embodied as a semiconductor laser (21.2) with fibre grating feedback means (21.5, 21.8, 21.9), wherein the fibre grating feedback means arc tuned to the mode spacing of the semiconductor laser in respect of the reflection characteristic thereof relating to wavelength, - splitting means, by means of which a light beam supplied by the light source (21; 201) is split into two or more partial beams, - at least two partial beam paths, along which the partial beams pass, and - a plurality of optoelectronic detector elements (27.1, 27.2, 27.3, 207.A, 207.B), on which interfering partial beams from the partial beam paths are incident such that displacement-dependent position signals are acquirable by way of the detector elements (27.1, 27.2, 27.3, 207.A, 207.B), and wherein - the semiconductor laser and/or the fibre grating feedback means are at least partly coupled to temperature setting means (21.6, 21.7), by means of which the reflection characteristic of the fibre grating feedback means is tuned to the position of the modes of the semiconductor laser, and wherein - the partial beam paths are embodied asymmetrically with different optical path lengths, along which partial beams pass, before the partial beams interfere in a superposed manner and wherein - the position measuring device comprises a grating as a physically embodied measuring standard, which is arranged in the scanning beam path and impinged upon by the partial beams.
A hot-melt adhesive resin film comprising a first surface layer, a first intermediate layer, a substrate layer having heat resistance, a second intermediate layer, and a second surface layer, which are laminated in this order, wherein said first intermediate layer and said second intermediate layer include a resin which is obtained by modifying a copolymer of propylene and 1-butene with maleic acid, and said first surface layer and said second surface layer include a composition having an acid-modified polyolefin and an epoxy group-containing resin or a composition having an acid-modified polyolefin and an oxazoline-group containing resin.
A polarizer for electromagnetic radiation having a frequency within a range from 0.1 to 25 THz, the polarizer comprising: a substrate, wherein a plurality of trenches is formed on an area of a first major surface of the substrate, the trenches extending in parallel along the first major surface; and an electrically conductive layer covering at least a portion of the area of the first major surface, wherein the electrically conductive layer is a discontinuous layer covering a bottom surface of a trench and a top surface connecting two consecutive trenches (120a, 120b) characterized in that: the substrate comprises a cyclic olefin polymer and/or a cyclic olefin copolymer. a substrate, wherein a plurality of trenches is formed on an area of a first major surface of the substrate, the trenches extending in parallel along the first major surface; and an electrically conductive layer covering at least a portion of the area of the first major surface, wherein the electrically conductive layer is a discontinuous layer covering a bottom surface of a trench and a top surface connecting two consecutive trenches (120a, 120b) characterized in that: the substrate comprises a cyclic olefin polymer and/or a cyclic olefin copolymer.
A fastening assembly extending along a longitudinal axis and comprising: (a) a cylindrical neck member, comprising a series of convolutions axially extending around at least a portion of the external surface of the neck member and forming an interrupted helical thread of incomplete formation; (b) a collar member configured for screw fastening with the neck member, the collar member having an inner cylindrical surface comprising at least one rib configured for thread-engagement with the helical thread, the at least one rib forming a portion of an internal thread; (c) each convolution of the series of convolutions extends from a lead end to a brake end and wherein the brake end is spaced from the lead end forming therebetween a sliding gap constituted by the incomplete formation of the interrupted helical thread; and wherein the brake ends of the series of convolutions extend in a parallel manner to each other and are interconnected by an arresting wall extending in parallel to the longitudinal axis, the arresting wall having one wall surface configured for preventing threading of the at least one rib thereover in the unscrewing direction, wherein the arresting wall extends radially outwards from the external surface of the neck member and projects at least to a height corresponding to the height (h) of the convolutions, and wherein said arresting wall has an opposite wall surface constituted by an inclined gliding surface extending from the external surface of the neck member towards the arresting wall and configured for facilitating threading of the at least one rib thereover. (a) a cylindrical neck member, comprising a series of convolutions axially extending around at least a portion of the external surface of the neck member and forming an interrupted helical thread of incomplete formation; (b) a collar member configured for screw fastening with the neck member, the collar member having an inner cylindrical surface comprising at least one rib configured for thread-engagement with the helical thread, the at least one rib forming a portion of an internal thread; (c) each convolution of the series of convolutions extends from a lead end to a brake end and wherein the brake end is spaced from the lead end forming therebetween a sliding gap constituted by the incomplete formation of the interrupted helical thread; and wherein the brake ends of the series of convolutions extend in a parallel manner to each other and are interconnected by an arresting wall extending in parallel to the longitudinal axis, the arresting wall having one wall surface configured for preventing threading of the at least one rib thereover in the unscrewing direction, wherein the arresting wall extends radially outwards from the external surface of the neck member and projects at least to a height corresponding to the height (h) of the convolutions, and wherein said arresting wall has an opposite wall surface constituted by an inclined gliding surface extending from the external surface of the neck member towards the arresting wall and configured for facilitating threading of the at least one rib thereover.
A modified polytetrafluoroethylene for paste extrusion molding comprising a polymer having units based on tetrafluoroethylene, and a polymer having units based on a monomer represented by the formula, wherein the content of the units based on a monomer represented by the formula is from 10 to 500 mass ppm, to all units in the modified polytetrafluoroethylene, and the standard specific gravity is from 2.155 to 2.175, Formula CH 2 =CR 1 -L-R 2 wherein R 1 represents a hydrogen atom or an alkyl group, L represents a single bond, -CO-O-*, -O-CO-* or -O-, * represents a bonding position to R 2, and R 2 represents a hydrogen atom, an alkyl group or a nitrile group, wherein the modified polytetrafluoroethylene is a mixture of a polymer having units based on tetrafluoroethylene and a polymer having units based on a monomer represented by the formula, or is a mixture further containing a copolymer comprising units based on tetrafluoroethylene and units based on a monomer represented by the formula. the content of the units based on a monomer represented by the formula is from 10 to 500 mass ppm, to all units in the modified polytetrafluoroethylene, and the standard specific gravity is from 2.155 to 2.175, Formula CH 2 =CR 1 -L-R 2 wherein R 1 represents a hydrogen atom or an alkyl group, L represents a single bond, -CO-O-*, -O-CO-* or -O-, * represents a bonding position to R 2, and R 2 represents a hydrogen atom, an alkyl group or a nitrile group, wherein the modified polytetrafluoroethylene is a mixture of a polymer having units based on tetrafluoroethylene and a polymer having units based on a monomer represented by the formula, or is a mixture further containing a copolymer comprising units based on tetrafluoroethylene and units based on a monomer represented by the formula.