mhurhangee/ep-ind-claims huggingface dataset:
A method for classifying a node (200, 206, 1500) in a network (500-501, 1680), comprising: receiving, by the node (200, 206, 1500), content published from one or more content producers (200A, 200D) in the network (500-501, 1680), wherein the node comprises sufficient storage (1226, 1522) and processing capability to store and process the content received; characterized in that the method further comprises: determining, by the node, whether the node can receive additional content that is published for one or more other nodes (200, 206, 1500) in the network (500-501, 1680); calculating, by the node (200, 206, 1500), a metric for paths from the node to each of the one or more content producers (200A, 200D) in the network (500-501, 1680) in response to determining that additional content can be received by the node; and classifying, by the node, as a home node (200H, 206B) in the network (500-501, 1680) in response to determining that the metric for paths of the node to the one or more content producers (200A, 200D) is shorter than a metric for paths of each of the one or more other nodes (200, 206, 1500) in the network to the one or more content producers, wherein the home node is configured to provide the additional content to the one or more other nodes in the network. determining, by the node, whether the node can receive additional content that is published for one or more other nodes (200, 206, 1500) in the network (500-501, 1680); calculating, by the node (200, 206, 1500), a metric for paths from the node to each of the one or more content producers (200A, 200D) in the network (500-501, 1680) in response to determining that additional content can be received by the node; and classifying, by the node, as a home node (200H, 206B) in the network (500-501, 1680) in response to determining that the metric for paths of the node to the one or more content producers (200A, 200D) is shorter than a metric for paths of each of the one or more other nodes (200, 206, 1500) in the network to the one or more content producers, wherein the home node is configured to provide the additional content to the one or more other nodes in the network.
An arc vaporisation chamber, having an energy supply unit and a vacuum arc vaporisation source comprising a mounting block and a ring-like magnetic field source being arranged on the mounting block and a cathode body with a vaporisation material as a cathode for the production of an arc discharge on a vaporisation surface of the cathode, wherein the cathode body is bounded in a first axial direction by a cathode base and in a second axial direction by the vaporisation surface in the axial direction, and wherein the ring-like magnetic field source is arranged polarised parallel to or anti-parallel to a surface normal of the vaporisation surface and concentric to the surface normal of the vaporisation surface, with a magnetic field enhancement ring being arranged on a side remote from the vaporisation surface at an alterable second spacing in front of the cathode base, and with an electrical resistance and a primary anode electrically insulated from the mounting block, wherein the arc vaporisation chamber is electrically connected via the electrical resistance to the primary anode, wherein the arc vaporisation chamber is connected to a positive pole of the energy supply unit and the cathode body is connected to a negative pole of the energy supply unit, characterized in that the magnetic field source is spaced from the vaporisation surface at an alterable first distance on a side of the cathode body remote from the cathode base.
A compound of formula (I') wherein R 5 is selected from the group consisting of -H, -OM, -COOM, -NH 2, - SO 3 M, (C 1 -C 4)alkyl, and halogen; and A is a radical of formula (i) wherein R 7 is selected from the group consisting of -OM, and -COOM, and n is 0, 1 or 2; and wherein M is independently selected from the group consisting of H, an alkali metal, and NH 4 +. wherein R 5 is selected from the group consisting of -H, -OM, -COOM, -NH 2, - SO 3 M, (C 1 -C 4)alkyl, and halogen; and A is a radical of formula (i) wherein R 7 is selected from the group consisting of -OM, and -COOM, and n is 0, 1 or 2; and wherein M is independently selected from the group consisting of H, an alkali metal, and NH 4 +.
A hydrogenation process comprising reacting CF 3 CF=CHF with H 2 in a reaction zone in the presence of a palladium catalyst and a diluent to produce CF 3 CHFCH 2 F, wherein said palladium catalyst comprises palladium supported on a carrier, wherein the carrier is α-Al 2 O 3, wherein the palladium concentration is from 0.001 wt % to 0.08 wt % based on the total weight of the palladium and the carrier, wherein the diluent is co-fed to the reaction zone with the CF 3 CF=CHF and H 2 starting materials, wherein the molar ratio of the diluent to the CF 3 CF=CHF starting material is from 10:1 to 1:1, and wherein the diluent is the CF 3 CHFCH 2 F product.
Device for cutting a process material, particularly foodstuff, with at least one cutting tool in the embodiment of a blade, which is connected on the one hand with a drive device and on the other hand via a coupling element and an energy converter with an ultrasound generator, characterised in that the coupling element and the energy converter, optionally the ultrasound generator as well, are held by a drive shaft such, that for cutting the process material the blade, to which ultrasound energy is applicable, is continuously rotatable in the same direction around the drive axis (x) of the drive shaft, that the coupling element is designed curved and that the coupling element is welded to the front side or back side of the blade body.
Transport chain for rod-shaped products of the tobacco processing-industry with - a plurality of interconnected chain links having surfaces which complement each other on one side to form a support surface for the products, wherein - the adjacent chain links are each pivotally connected to one another about first pivot axes and about second pivot axes, wherein - the first pivot axes are aligned parallel to the support surface and transverse to the longitudinal direction of the transport chain, and - the second pivot axes being aligned transversely to the support surface and transversely to the longitudinal direction of the transport chain, characterized in that - at least one supporting element is provided at at least one of the two ends of a respective chain link, which supporting element can be pivoted relative to the chain link about a third pivot axis aligned in the longitudinal direction of the transport chain. - a plurality of interconnected chain links having surfaces which complement each other on one side to form a support surface for the products, wherein - the adjacent chain links are each pivotally connected to one another about first pivot axes and about second pivot axes, wherein - the first pivot axes are aligned parallel to the support surface and transverse to the longitudinal direction of the transport chain, and - the second pivot axes being aligned transversely to the support surface and transversely to the longitudinal direction of the transport chain, - at least one supporting element is provided at at least one of the two ends of a respective chain link, which supporting element can be pivoted relative to the chain link about a third pivot axis aligned in the longitudinal direction of the transport chain.
A compound which is: N-1-[3-(Oxycodone-6-enol-carbonyl-methyl-amino)-2,2-dimethyl-propylamine]-arginine-glycine-malonic acid, Compound KC-8, shown below: or a pharmaceutically acceptable salt, solvate, or hydrate thereof.
A method for operating a session management function in a communication network, the method comprising: receiving policy information from a policy function, the policy information including a maximum number of user equipments, UEs, having traffic carried by a node-level tunnel; and one or more of: a maximum bit rate to be accommodated by the node-level tunnel; a maximum number of UEs having traffic carried by the node-level tunnel; a designation of types of devices to be served by the node-level tunnel; and an indication of types of services to be served by the node-level tunnel; establishing node-level tunnel between at least two network functions in the communication network and configuring the node-level tunnel based on the received policy information, the node-level tunnel shared by a group of UEs defined by a predetermined characteristic, the node-level tunnel carrying different types of traffic sent by the group of UEs, wherein the group of UEs comprises a number of UEs that is less than the maximum number of UEs, wherein the node-level tunnel is established prior to reception, by the session management function, of any session requests sent by any of the UEs of the group of UEs, the session requests to be accommodated using the node-level tunnel.
Apparatus for laying fibre tapes, having a deflection guide for the fibre tapes consisting of pressure plates which are arranged in rows next to one another transversely to the deflection axis, and having a frame which is displaceable in the laying direction for accommodating the pressure plates, wherein at least a part of the pressure plates respectively forms in its own right a sliding shoe which is resilient in the pressing direction with respect to the plate body for the deflection of the tape, and each pressure plate is provided with a recess which separates the sliding shoe from the rest of the plate body, wherein the single connecting web produced by the recess between the plate body and the sliding shoe is used as a spring element.
A clearcoat based on organic solvents and comprising at least one hydroxyl-containing compound, at least one crosslinking agent having groups reactive toward hydroxyl groups, and at least one silica gel based matting agent, wherein (i) the silica gel based matting agent is surface-modified with one or more waxes, and (ii) the clearcoat further comprises at least one hydrophobic silica based rheological assistant prepared by the surface modification of fumed silicon dioxide with compounds containing hydrophobic groups. (i) the silica gel based matting agent is surface-modified with one or more waxes, and (ii) the clearcoat further comprises at least one hydrophobic silica based rheological assistant prepared by the surface modification of fumed silicon dioxide with compounds containing hydrophobic groups.
Apparatus for monitoring a fabrication process of a semiconductor wafer comprising a wafer substrate, the apparatus including: a wafer support (18, 46) arranged to support the wafer substrate; a vibration exciting device arranged to excite vibrations of the wafer substrate at a plurality of localised measurement positions of the wafer substrate and a measurement device for measuring the wafer substrate vibrations at the plurality of localised measurement positions to determine one or more properties of the wafer at the plurality of localised measurement positions, characterized in that the vibration exciting device is a separate entity from the wafer substrate. a wafer support (18, 46) arranged to support the wafer substrate; a vibration exciting device arranged to excite vibrations of the wafer substrate at a plurality of localised measurement positions of the wafer substrate and a measurement device for measuring the wafer substrate vibrations at the plurality of localised measurement positions to determine one or more properties of the wafer at the plurality of localised measurement positions, characterized in that the vibration exciting device is a separate entity from the wafer substrate.
Remote antenna system, of the type comprising optical fibre means for connecting an optical source to antenna-forming means for transmitting signals, comprising: modulation means (4; 6) for modulating the beam coming from the optical source as a function of the signals to be transmitted by the antenna-forming means on the one hand and opto-electric conversion means for supplying energy to the antenna-forming means on the other hand, the opto-electric conversion means comprising an array of photovoltaic cells which are adapted to convert the modulated beam coming from the optical fibre means into electrical driving energy for the antenna-forming means, and characterised in that diffractive optical means are interposed between the fibre means and the array of photovoltaic cells in order to adapt the optical beam leaving the fibre to the array of cells and optimise the level of illumination of the array. modulation means (4; 6) for modulating the beam coming from the optical source as a function of the signals to be transmitted by the antenna-forming means on the one hand and opto-electric conversion means for supplying energy to the antenna-forming means on the other hand, the opto-electric conversion means comprising an array of photovoltaic cells which are adapted to convert the modulated beam coming from the optical fibre means into electrical driving energy for the antenna-forming means, and characterised in that diffractive optical means are interposed between the fibre means and the array of photovoltaic cells in order to adapt the optical beam leaving the fibre to the array of cells and optimise the level of illumination of the array.
3D viewing glasses, comprising a right channel curved lens with a right channel spectral separation filter and a left channel curved lens with a left channel spectral separation filter, wherein the filters (496A, 496B) are spectrally complementary to each other, wherein the glasses comprise a frame that holds the glasses at a dihedral angle, wherein the dihedral angle is defined as the angle between planes extending through endpoints on opposite ends of the lenses (492A, 492B), characterized in that a bridge of the frame flexes depending on a user's head size to automatically adjust the dihedral angle such that a smaller user's head size leads to a smaller dihedral angle and a larger user's head size leads to a larger dihedral angle, thereby insuring a close to normal light incidence when viewing a screen (1120, 1710, 1810) with a primary gaze.
A low-beam headlight element (100, 600) for a vehicle, for generating a light distribution pattern with a cutoff line, the low-beam headlight element (100, 600) comprising: - a lens (301, 401, 501) for modifying a distribution pattern of light penetrating the lens, and - a reflector element (302, 502) comprising a first end having a place for a light source (307, 507) and a second end having an opening constituting a passage for the light penetrating the lens (301, 401, 501), wherein the lens (301, 401, 501) is shaped so that its thickness decreases towards a first edge (303, 403) of the lens so as to provide more refractivity on a first area of the lens abutting on the first edge (303, 403) of the lens than on a second area of the lens abutting on an opposite second edge of the lens, where the refractivity on the first area of the lens produces, together with the reflector element (302, 502), the cutoff line (311, 411, 511) in the distribution pattern, characterized in that the refractivity on the first area of the lens is changing along the first edge (303, 403) of the lens (301, 401, 501) so as to make the cutoff line (311, 411, 511) to meander. - a lens (301, 401, 501) for modifying a distribution pattern of light penetrating the lens, and - a reflector element (302, 502) comprising a first end having a place for a light source (307, 507) and a second end having an opening constituting a passage for the light penetrating the lens (301, 401, 501),
A knitting method of a tubular knitted fabric including an annular elastic knitted fabric portion (20, 21, 22, 23), a first base knitted fabric portion joined to a stitch row on one end side in an axial direction of the annular elastic knitted fabric portion (20, 21, 22, 23), and a second base knitted fabric portion joined to a stitch row of another end side in the axial direction of the annular elastic knitted fabric portion (20, 21, 22, 23) using a flat knitting machine having at least a pair of needle beds extending in a transverse direction and disposed opposite to each other in a cross direction; wherein the method comprises the steps of: knitting a first narrowing or widening portion by performing a flechage knitting to change a knitting width with advancement of the knitting in a process of knitting the first base knitted fabric portion; knitting the annular elastic knitted fabric portion (20, 21, 22, 23) to an annular shape in continuation to a stitch row lined to an open edge of the first narrowing or widening portion using an elastic yarn which excels a base yarn used for knitting the base knitted fabric portions (11, 12) in stretchability; and knitting a second narrowing or widening portion by performing a process of knitting the second base knitted fabric portion lined to a stitch row forming an open edge of the annular elastic knitted fabric portion (20, 21, 22, 23), and performing the flechage knitting to change the knitting width with advancement of the knitting in the process; wherein a midpoint of the flechage knitting of the first narrowing or widening portion and a midpoint of the flechage knitting of the second narrowing or widening portion are substantially opposite to each other within the tubular knitted fabric. knitting a first narrowing or widening portion by performing a flechage knitting to change a knitting width with advancement of the knitting in a process of knitting the first base knitted fabric portion; knitting the annular elastic knitted fabric portion (20, 21, 22, 23) to an annular shape in continuation to a stitch row lined to an open edge of the first narrowing or widening portion using an elastic yarn which excels a base yarn used for knitting the base knitted fabric portions (11, 12) in stretchability; and knitting a second narrowing or widening portion by performing a process of knitting the second base knitted fabric portion lined to a stitch row forming an open edge of the annular elastic knitted fabric portion (20, 21, 22, 23), and performing the flechage knitting to change the knitting width with advancement of the knitting in the process; wherein a midpoint of the flechage knitting of the first narrowing or widening portion and a midpoint of the flechage knitting of the second narrowing or widening portion are substantially opposite to each other within the tubular knitted fabric.
A quality-of-service monitoring method, comprising: sending, by a first node, a monitoring packet to a second node; characterized by further comprising either determining, by a first node, a service packet of a first service is not obtained within a preset time, and generating a monitoring packet, or obtaining, by the first node, the service packet of the first service, and determining, by the first node, that the service packet of the first service is obtained within the preset time; and encapsulating, by the first node, the service packet to obtain a monitoring packet, wherein the monitoring packet is usable for monitoring quality of service of the first service; wherein the monitoring packet is usable for at least one of: link connectivity monitoring, service transmission performance monitoring, and loopback monitoring on the first service wherein the encapsulating, by the first node, the service packet comprises: adding, by the first node, first indication information and first parameter information to the service packet, wherein the first indication information indicates that the monitoring packet is obtained by encapsulating the service packet, and the first parameter information is usable for determining monitoring the quality of service of the first service. sending, by a first node, a monitoring packet to a second node; characterized by further comprising either determining, by a first node, a service packet of a first service is not obtained within a preset time, and generating a monitoring packet, or obtaining, by the first node, the service packet of the first service, and determining, by the first node, that the service packet of the first service is obtained within the preset time; and encapsulating, by the first node, the service packet to obtain a monitoring packet, wherein the monitoring packet is usable for monitoring quality of service of the first service; wherein the monitoring packet is usable for at least one of: link connectivity monitoring, service transmission performance monitoring, and loopback monitoring on the first service wherein the encapsulating, by the first node, the service packet comprises: adding, by the first node, first indication information and first parameter information to the service packet, wherein the first indication information indicates that the monitoring packet is obtained by encapsulating the service packet, and the first parameter information is usable for determining monitoring the quality of service of the first service.
A method for preparing an acetylated cellulose ether having improved anti-fouling properties, comprising the steps of: cross-linking a cellulose ether; and acetylating the cross-linked cellulose ether. cross-linking a cellulose ether; and acetylating the cross-linked cellulose ether.
A method of operating a wind turbine comprising a powder generator a generator side converter connected to the power generator, a line side converter connected to a power grid through power components, and a DC-link connected between the generator side converter and the line side converter, characterised by the method comprising: - monitoring the grid voltages on the power grid for overvoltage events, - if an overvoltage event is detected, operating the line side converter in an overmodulation range for at least a part of the duration of the overvoltage event. - monitoring the grid voltages on the power grid for overvoltage events, - if an overvoltage event is detected, operating the line side converter in an overmodulation range for at least a part of the duration of the overvoltage event.