mhurhangee/ep-ind-claims huggingface dataset:
A system for service implementation in a network function virtualization, NFV, system, comprising a NFV orchestrator, NFVO, and a virtualized infrastructure manager, VIM, wherein: the NFVO is configured to receive, from an operation support system/business support system, OSS/BSS, information about a service chain template through which a service route passes, wherein the service chain template information is used to indicate a correspondence between a service chain identifier and information about a service chain, the service route includes the service chain and interfaces of multiple virtualized network functions, VNFs, of the service chain; and send a route and resource configuration request message to the VIM in response to the information about the service chain, wherein the route and resource configuration request message carries the service chain template information received by the NFVO, to request the VIM to perform, according to the service chain template information, route and resource configuration for a VNF comprised in the service chain in the service chain template; and the VIM is configured to receive the route and resource configuration request message from the NFVO; and determine, according to the information about the service chain and information about physical resource of a network function virtualization infrastructure, NFVI, a routing device of the NFVI that corresponds to the VNF comprised in the service chain in the service chain template; and send a service route information table to the routing device of the NFVI. the NFVO is configured to receive, from an operation support system/business support system, OSS/BSS, information about a service chain template through which a service route passes, wherein the service chain template information is used to indicate a correspondence between a service chain identifier and information about a service chain, the service route includes the service chain and interfaces of multiple virtualized network functions, VNFs, of the service chain; and send a route and resource configuration request message to the VIM in response to the information about the service chain, wherein the route and resource configuration request message carries the service chain template information received by the NFVO, to request the VIM to perform, according to the service chain template information, route and resource configuration for a VNF comprised in the service chain in the service chain template; and the VIM is configured to receive the route and resource configuration request message from the NFVO; and determine, according to the information about the service chain and information about physical resource of a network function virtualization infrastructure, NFVI, a routing device of the NFVI that corresponds to the VNF comprised in the service chain in the service chain template; and send a service route information table to the routing device of the NFVI.
A vibration mitigation apparatus (100; 500, 700), wherein the vibration mitigation apparatus comprises: a vertically extending housing (112; 502; 702)), wherein the vertically extending housing comprises: a first end cap; a second end cap; and a centrally enclosed area; a reciprocating assembly (114; 520; 610; 710), wherein the reciprocating assembly is enclosed within the vertically extending housing and configured to move vertically within the vertically extending housing, and a biasing member (122, 208; 508, 708), wherein the biasing member is attached to the vertically extending housing and to the reciprocating assembly, wherein the biasing member is configured to support the mass in a neutral position with respect to the vertically extending housing when the vibration mitigation apparatus is at rest; the apparatus characterized in that the reciprocating assembly further comprises a plurality of air passages (618, 622; 724, 726) to allow air to transfer between the spaces above and below the reciprocating assembly about the side of the reciprocating assembly; and the plurality of air passages comprises separate respective upper air passages and lower air passages for the air transferred between the spaces above and below the reciprocating assembly attached only one side of the reciprocating assembly. a first end cap; a second end cap; and a centrally enclosed area;
A device for adjusting a press nip defined by a first press roll and a second press roll, each press roll being rotatable about an axis of rotation (103, 105) and arranged in an apparatus for dewatering pulp, and the apparatus has a first pair of bearing housings provided with bearings by means of which the first press roll is journalled, each bearing housing of the first pair and the first press roll being movable in relation to the second press roll in a direction substantially transverse to the axial direction of the press nip, the device comprising pressure means for forcing the bearing housings of the first pair in a direction towards the press nip, the first press roll being movable between a first radial end position and a second radial end position, and the device is arranged to adjust the press nip during operation of the apparatus and comprises at least one adjusting cylinder (223; 402) for adjusting the first press roll to each of the radial end positions during operation of the apparatus, the adjusting cylinder being arranged to force at least one of the bearing housings of the first pair in a direction away from the press nip to move the first press roll to one of the radial end positions, characterized in that the adjusting cylinder has a length of stroke that defines the difference between two different press nips ( I, II) for the apparatus, wherein the length of stroke of the adjusting cylinder (223; 402) is adjustable to adjust the difference between the two different press nips ( I, II).
A method for communication in a wireless telecommunication system, the method comprising: generating, by a network element, a sequence of signals of an enhanced physical HARQ, hybrid automatic repeat request, indicator channel, E-PHICH, wherein the E-PHICH comprises resource element groups, REGs, carrying one E-PHICH group multiplexed and interleaved with REGs of other E-PHICH groups, wherein each E-PHICH group consists of three REGs which represent its three repetitions; mapping, by the network element, the sequence of signals of the E-PHICH to a first set of resource elements, wherein the first set of resource elements is multiplexed with a second set of resource elements over a set of virtual resource blocks, and wherein the second set of resource elements carries at least one of an enhanced physical downlink control channel, E-PDCCH, and a physical downlink shared channel, PDSCH; wherein, when the second set of resource elements carries the PDSCH, the E-PHICH is mapped to a first group of resource elements from the first set of resource elements that would otherwise be used for PDSCH transmission; and transmitting, by the network element, the sequence of E-PHICH signals in separate virtual resource blocks, wherein the separate virtual resource blocks are mapped to physical resource blocks such that the E-PHICH is transmitted in a different physical resource block or physical resource block pair from an E-PDCCH, wherein the PDSCH data is punctured at locations of the first group of resource elements. generating, by a network element, a sequence of signals of an enhanced physical HARQ, hybrid automatic repeat request, indicator channel, E-PHICH, wherein the E-PHICH comprises resource element groups, REGs, carrying one E-PHICH group multiplexed and interleaved with REGs of other E-PHICH groups, wherein each E-PHICH group consists of three REGs which represent its three repetitions; mapping, by the network element, the sequence of signals of the E-PHICH to a first set of resource elements, wherein the first set of resource elements is multiplexed with a second set of resource elements over a set of virtual resource blocks, and wherein the second set of resource elements carries at least one of an enhanced physical downlink control channel, E-PDCCH, and a physical downlink shared channel, PDSCH; wherein, when the second set of resource elements carries the PDSCH, the E-PHICH is mapped to a first group of resource elements from the first set of resource elements that would otherwise be used for PDSCH transmission; and transmitting, by the network element, the sequence of E-PHICH signals in separate virtual resource blocks, wherein the separate virtual resource blocks are mapped to physical resource blocks such that the E-PHICH is transmitted in a different physical resource block or physical resource block pair from an E-PDCCH, wherein the PDSCH data is punctured at locations of the first group of resource elements.
An insole for shoes with a base material comprising a sole face facing the shoe and an opposing foot face facing the foot, a coating being provided on the sole face which provides the sole face of the insole with an increased frictional force relative to the uncoated sole face, characterized in that the coating consists of a plurality of individual patterns formed by coating lines, said patterns being discrete from one another and arranged in such a way that they cannot be formed by one or more continuous coating lines extending continuously from a first side of the sole face to an opposing second side of the sole face, wherein the individual patterns are formed as open or closed patterns, and wherein an individual pattern is more than one dot, and wherein, where the pattern takes the form of a line, the line must not extend exclusively as a straight line in just one vector direction, but rather this line pattern must comprise at least one curve and/or at least one bend, and wherein the sides (122a, 122b) of the sole face are understood to mean all the borders or edges of the sole face.
High pressure fuel piston pump, in particular for a common rail fuel system of an internal combustion engine, having an inlet valve which comprises a plate-shaped movable valve element and at least one stationary valve seat which cooperates with the said valve element, the valve seat extending along a valve seat line which runs at least in regions in an undulating, meandering, jagged or cloverleaf-shaped manner, characterized in that the at least in regions in an undulating, meandering, jagged or cloverleaf-shaped valve seat line is configured on a valve seat body, and the valve seat body has a flow duct in a downstream region which directly adjoins the valve seat line.
An insert having a body for fixedly or removably mounting to a ginning rib at a high wear working zone on the ginning rib, the body of the insert including: i) side edges that extend along at least part of the length of the body; and ii) an outer face, wherein the outer face of the insert has at least one guiding formation that includes a wall section (48, 48a, 48b, 48c) that protrudes above and/or is recessed below the outer face, the wall section (48, 48a, 48b, 48c) is configured to extend in a direction inwardly of the side edges of the working zone, such that when in use, particles such as fuzzy seed or debris can be guided away from the side edges of the insert toward a central axis of the outer face by the guiding formations, characterised in that the outer face of the insert has a leading portion and a trailing portion relative to a direction of rotation of saws of a ginning apparatus, and the wall section (48, 48a, 48b, 48c) is disposed between the leading portion and trailing portion so that the particles moving in a direction from the leading portion toward the trailing portion can contact the wall section (48, 48a, 48b, 48c) and be guided away from the side edges. i) side edges that extend along at least part of the length of the body; and ii) an outer face, wherein the outer face of the insert has at least one guiding formation that includes a wall section (48, 48a, 48b, 48c) that protrudes above and/or is recessed below the outer face, the wall section (48, 48a, 48b, 48c) is configured to extend in a direction inwardly of the side edges of the working zone, such that when in use, particles such as fuzzy seed or debris can be guided away from the side edges of the insert toward a central axis of the outer face by the guiding formations, characterised in that the outer face of the insert has a leading portion and a trailing portion relative to a direction of rotation of saws of a ginning apparatus, and the wall section (48, 48a, 48b, 48c) is disposed between the leading portion and trailing portion so that the particles moving in a direction from the leading portion toward the trailing portion can contact the wall section (48, 48a, 48b, 48c) and be guided away from the side edges.
A method of performing charging control for a data flow at a SDN control device, the method comprising: a. determining (S201, S301) a charging plan and a corresponding routing path for a data flow of a user, wherein the charging plan is associated with a network condition-related rate of a respective SDN service device of a plurality of SDN service devices in the routing path, wherein the network condition-related rate is a variable depending on a criterion of a network condition including any applicable network related state, wherein determining (S201, S301) a charging plan for a data flow of a user comprises selecting a respective SDN service device; b. configuring the charging plan for the respective SDN service device, such that the respective SDN service device charges the data flow, wherein configuring the charging plan for the respective SDN service device comprises sending the charging plan to the respective SDN service device and configuring the respective SDN service device as selected. a. determining (S201, S301) a charging plan and a corresponding routing path for a data flow of a user, wherein the charging plan is associated with a network condition-related rate of a respective SDN service device of a plurality of SDN service devices in the routing path, wherein the network condition-related rate is a variable depending on a criterion of a network condition including any applicable network related state, wherein determining (S201, S301) a charging plan for a data flow of a user comprises selecting a respective SDN service device; b. configuring the charging plan for the respective SDN service device, such that the respective SDN service device charges the data flow, wherein configuring the charging plan for the respective SDN service device comprises sending the charging plan to the respective SDN service device and configuring the respective SDN service device as selected.
A rope made of a textile fibre material for applications in which a diagonal pull may occur, wherein the rope is a core/sheath rope, the core of which and the sheath of which are composed essentially of a textile fibre material, wherein the bundles forming the core are twisted or braided with each other, characterized in that the core is enwound by a tensile element (2, 2', 2") in a force-fitting manner, wherein the tensile element (2, 2', 2") is wound around the core of the rope with a pretension of at least 1%, preferably at least 2%, particularly preferably at least 3% of the maximum tensile force of the tensile element (2, 2', 2"), wherein, within a winding layer (2', 2"), a winding is located with a gap (L 1, L 2) from the next winding.
A microfluidic device for containing fluid introduced therein, the microfluidic device comprising: a lower substrate (6, 6A, 6B) on which a lower water-repellent pattern (9, 9A, 9B) is formed; an upper substrate (2, 2A, 2B) on which an upper water-repellent pattern (4, 4A, 4B) is formed, the upper substrate spaced from the lower substrate to form a cell; and a sealing pattern (5, 5B, 22, 22B) for bonding the upper substrate and the lower substrate such that at least a portion of an edge of the upper substrate is located inward of a corresponding edge of the lower substrate, the sealing pattern including at least one gap (12, 12B, 23, 23B) that is provided at a position where the edge of the upper substrate is located inward of the corresponding edge of the lower substrate; characterized in that the upper water-repellent pattern is provided with a hydrophilic pattern at a position corresponding to the position of the gap in the sealing pattern; and/or in that the lower water-repellent pattern is provided with a hydrophilic pattern at a position corresponding to the position of the gap in the sealing pattern. a lower substrate (6, 6A, 6B) on which a lower water-repellent pattern (9, 9A, 9B) is formed; an upper substrate (2, 2A, 2B) on which an upper water-repellent pattern (4, 4A, 4B) is formed, the upper substrate spaced from the lower substrate to form a cell; and a sealing pattern (5, 5B, 22, 22B) for bonding the upper substrate and the lower substrate such that at least a portion of an edge of the upper substrate is located inward of a corresponding edge of the lower substrate, the sealing pattern including at least one gap (12, 12B, 23, 23B) that is provided at a position where the edge of the upper substrate is located inward of the corresponding edge of the lower substrate; characterized in that the upper water-repellent pattern is provided with a hydrophilic pattern at a position corresponding to the position of the gap in the sealing pattern; and/or in that the lower water-repellent pattern is provided with a hydrophilic pattern at a position corresponding to the position of the gap in the sealing pattern.
A device for estimating a parameter relating to lung respiration volume comprising: a processor for: (a) receiving a detected series of heart beats; (b) measuring a heart rate variability waveform in a period between successive beats; (c) identifying peaks and troughs in the heart rate variability waveform to detect inspirations or expirations; (d) applying a threshold filter to determine a heart rate variability respiration waveform; (e) generating a measured respiration waveform from calibration measurement data; (f) deterrmining (705,731) an output waveform by synchronizing and correlating the heart rate variability respiration waveform and the generated measured respiration waveform; and (g) estimating at least one parameter relating to lung volume based on said output waveform. (a) receiving a detected series of heart beats; (b) measuring a heart rate variability waveform in a period between successive beats; (c) identifying peaks and troughs in the heart rate variability waveform to detect inspirations or expirations; (d) applying a threshold filter to determine a heart rate variability respiration waveform; (e) generating a measured respiration waveform from calibration measurement data; (f) deterrmining (705,731) an output waveform by synchronizing and correlating the heart rate variability respiration waveform and the generated measured respiration waveform; and (g) estimating at least one parameter relating to lung volume based on said output waveform.
A method of controlling a dish washing machine comprising the steps of: selecting one of a plurality of steam washing modes, wherein each of the steam washing modes has a corresponding steam washing pattern; and selecting (S200; S300) a number of steam washing pattern cycles for the selected steam washing mode, wherein the steam washing pattern associated with the selected steam washing mode includes at least two of: a water spraying process for supplying water; a steam spraying process for supplying steam; and a water/steam spraying process for simultaneously supplying water and steam, wherein the at least two processes are sequentially carried out. selecting one of a plurality of steam washing modes, wherein each of the steam washing modes has a corresponding steam washing pattern; and selecting (S200; S300) a number of steam washing pattern cycles for the selected steam washing mode, wherein the steam washing pattern associated with the selected steam washing mode includes at least two of: a water spraying process for supplying water; a steam spraying process for supplying steam; and a water/steam spraying process for simultaneously supplying water and steam, a water spraying process for supplying water; a steam spraying process for supplying steam; and a water/steam spraying process for simultaneously supplying water and steam,
A computer-implemented image processing method comprising: obtaining a plurality of first labels of a first image and probability values respectively corresponding to the plurality of first labels by applying the first image to a recognition model, wherein the first labels are visual sentiment labels; for each of at least one candidate reference image to which at least one label common to the at least one first label among the plurality of first labels of the first image is assigned, calculating a degree of relevance to the first image by calculating an average of probability values respectively corresponding to the common at least one first label as the degree of relevance; obtaining reference style data for a target reference image which is selected from among the at least one candidate reference image based on the calculated degree of relevance; generating a second style data based on first style data for the first image and the obtained reference style data; and generating a second image based on the generated second style data. obtaining a plurality of first labels of a first image and probability values respectively corresponding to the plurality of first labels by applying the first image to a recognition model, wherein the first labels are visual sentiment labels; for each of at least one candidate reference image to which at least one label common to the at least one first label among the plurality of first labels of the first image is assigned, calculating a degree of relevance to the first image by calculating an average of probability values respectively corresponding to the common at least one first label as the degree of relevance; obtaining reference style data for a target reference image which is selected from among the at least one candidate reference image based on the calculated degree of relevance; generating a second style data based on first style data for the first image and the obtained reference style data; and generating a second image based on the generated second style data.
Depriming device to remove a primer from a head of cases of cartridges for firearms, comprising - depriming means (5, 6) - means for positioning and restraining at least one case on a surface plate, at the depriming means, and - movement means to shift the depriming means (5, 6) from a raised position, in which the latter are moved away from the case to be deprimed, to a lowered position, in which they come into contact with the primer of the case and push it thereby causing its detachment from the case itself, the depriming device being characterised in that the means for positioning and restraining the case on the surface plate comprise a couple of fins arranged parallel to one another on the surface plate at a distance corresponding to the diameter of the cases to be deprimed, said fins being provided with means to move them closer/away to/from one another as the diameter of the case to be deprimed changes. - depriming means (5, 6) - means for positioning and restraining at least one case on a surface plate, at the depriming means, and - movement means to shift the depriming means (5, 6) from a raised position, in which the latter are moved away from the case to be deprimed, to a lowered position, in which they come into contact with the primer of the case and push it thereby causing its detachment from the case itself,