mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a mobile terminal for processing streaming media data, comprising: determining (S101, S201, S301) whether streaming media data to be downloaded satisfies a pre-download condition, upon detecting existence of the streaming media data to be downloaded; and downloading (S102, S202) the streaming media data to be downloaded, based on a determination that the streaming media data to be downloaded satisfies the pre-download condition; characterized in that the method further comprises: detecting, within a preset time period, whether a playing environment of the streaming media data downloaded exists after the streaming media data to be downloaded has been downloaded, wherein the playing environment at least comprises a scenario in which a playing window of the streaming media data downloaded is displayed on a currently displayed page; playing (S103, S203) the streaming media data downloaded in the playing environment of the streaming media data; and in response to determining that no playing environment is detected, cleaning up the streaming media data downloaded and adjusting the pre-download condition for pre-downloading another streaming media data to be downloaded. determining (S101, S201, S301) whether streaming media data to be downloaded satisfies a pre-download condition, upon detecting existence of the streaming media data to be downloaded; and downloading (S102, S202) the streaming media data to be downloaded, based on a determination that the streaming media data to be downloaded satisfies the pre-download condition; characterized in that the method further comprises: detecting, within a preset time period, whether a playing environment of the streaming media data downloaded exists after the streaming media data to be downloaded has been downloaded, wherein the playing environment at least comprises a scenario in which a playing window of the streaming media data downloaded is displayed on a currently displayed page; playing (S103, S203) the streaming media data downloaded in the playing environment of the streaming media data; and in response to determining that no playing environment is detected, cleaning up the streaming media data downloaded and adjusting the pre-download condition for pre-downloading another streaming media data to be downloaded. detecting, within a preset time period, whether a playing environment of the streaming media data downloaded exists after the streaming media data to be downloaded has been downloaded, wherein the playing environment at least comprises a scenario in which a playing window of the streaming media data downloaded is displayed on a currently displayed page; playing (S103, S203) the streaming media data downloaded in the playing environment of the streaming media data; and in response to determining that no playing environment is detected, cleaning up the streaming media data downloaded and adjusting the pre-download condition for pre-downloading another streaming media data to be downloaded.
A method for performing a performance measurement on a packet flow (PF) transmitted along a path through a packet switched communication network (CN), said method comprising the following ordered sequence of steps: a) generating a flow of artificial packets (APF); b) aggregating said flow of artificial packets (APF) with said packet flow (PF) at a node (N1) of said communication network (CN) located along said path, so as to provide an aggregated packet flow (PF') which is transmitted along at least a length of said path starting from said node (N1); c) at a first measurement point (MP1) located along said length of said path downstream said aggregating, identifying each artificial packet of said aggregated packet flow (PF') by applying an address filtering technique and providing a first raw performance measurement indicative of actual positions of said artificial packets in said aggregated packet flow (PF'); d) at a second measurement point (MP2) located along said length of said path downstream said first measurement point (MP1), identifying each artificial packet of said aggregated packet flow (PF') by applying an address filtering technique and providing a second raw performance measurement indicative of actual positions of said artificial packets in said aggregated packet flow (PF'); and e) performing a performance measurement of said packet flow (PF) using said first and second raw performance measurements, wherein step a) comprises configuring said artificial packets (APF) so that they are distinguishable from data packets of said packet flow (PF) by said first measurement point (MP1) and by said second measurement point (MP2), said artificial packets (APF) comprising in their header a dedicated source address or destination address enabling said first measurement point (MP1) and said second measurement point (MP2) to identify said artificial packets (APF) by applying an address filter. a) generating a flow of artificial packets (APF); b) aggregating said flow of artificial packets (APF) with said packet flow (PF) at a node (N1) of said communication network (CN) located along said path, so as to provide an aggregated packet flow (PF') which is transmitted along at least a length of said path starting from said node (N1); c) at a first measurement point (MP1) located along said length of said path downstream said aggregating, identifying each artificial packet of said aggregated packet flow (PF') by applying an address filtering technique and providing a first raw performance measurement indicative of actual positions of said artificial packets in said aggregated packet flow (PF'); d) at a second measurement point (MP2) located along said length of said path downstream said first measurement point (MP1), identifying each artificial packet of said aggregated packet flow (PF') by applying an address filtering technique and providing a second raw performance measurement indicative of actual positions of said artificial packets in said aggregated packet flow (PF'); and e) performing a performance measurement of said packet flow (PF) using said first and second raw performance measurements,
A network device , comprising: one or more non-transitory data stores for storing a recipient's work schedule and communication rules; and one or more processors programmed to perform actions, comprising: receiving a communication that is directed to a recipient; using the stored recipient's work schedule and communication rules, determining if a restriction exists indicating that the communication is to be constrained from being sent to the recipient during off-hours of the recipient's work schedule; when a restriction is determined to sending the communication, further searching the communication rules to determine whether there is an override to the restriction; when an override to the restriction is determined , logging an override event, and sending the communication to the recipient during the recipient's off-hours; and when an override to the determined restriction is not determined for the communication, scheduling the communication to be sent to the recipient during on-hours for the recipient's work schedule. one or more non-transitory data stores for storing a recipient's work schedule and communication rules; and one or more processors programmed to perform actions, comprising: receiving a communication that is directed to a recipient; using the stored recipient's work schedule and communication rules, determining if a restriction exists indicating that the communication is to be constrained from being sent to the recipient during off-hours of the recipient's work schedule; when a restriction is determined to sending the communication, further searching the communication rules to determine whether there is an override to the restriction; when an override to the restriction is determined , logging an override event, and sending the communication to the recipient during the recipient's off-hours; and when an override to the determined restriction is not determined for the communication, scheduling the communication to be sent to the recipient during on-hours for the recipient's work schedule. receiving a communication that is directed to a recipient; using the stored recipient's work schedule and communication rules, determining if a restriction exists indicating that the communication is to be constrained from being sent to the recipient during off-hours of the recipient's work schedule; when a restriction is determined to sending the communication, further searching the communication rules to determine whether there is an override to the restriction; when an override to the restriction is determined , logging an override event, and sending the communication to the recipient during the recipient's off-hours; and when an override to the determined restriction is not determined for the communication, scheduling the communication to be sent to the recipient during on-hours for the recipient's work schedule.
A planar sputtering target comprising a target material layer built up by a layering of splats, wherein the layering of splats has a layer width (w) and has a microstructure which varies across the layer width (w).
A method of displaying a Computer Generated Holographic (CGH) image by a display, comprising: setting pixel values of a Spatial Light Modulator (SLM) (202 301 302 303) comprised in a Head Mounted Display (HMD) ; producing an interference based holographic image (205 309) at a first location by projecting coherent light onto said SLM; imaging an image of said SLM to a controllable image-redirection element ; re-imaging said holographic image (205 309) from said first location to form a holographic image (208 310) in front of an eye (210 308) of a viewer wearing said HMD; re-imaging said image of said SLM to form an image of the SLM at a vicinity of said eye of said viewer, and further comprising enabling the eye of the viewer to view a real world view in addition to the holographic image and using a Liquid Crystal Display placed between the real world and the controllable image-redirection element to block a portion of the real world view, the portion of the real world view being blocked overlapping, at least in part, at least a portion of the holographic image . setting pixel values of a Spatial Light Modulator (SLM) (202 301 302 303) comprised in a Head Mounted Display (HMD) ; producing an interference based holographic image (205 309) at a first location by projecting coherent light onto said SLM; imaging an image of said SLM to a controllable image-redirection element ; re-imaging said holographic image (205 309) from said first location to form a holographic image (208 310) in front of an eye (210 308) of a viewer wearing said HMD; re-imaging said image of said SLM to form an image of the SLM at a vicinity of said eye of said viewer, and further comprising enabling the eye of the viewer to view a real world view in addition to the holographic image and using a Liquid Crystal Display placed between the real world and the controllable image-redirection element to block a portion of the real world view, the portion of the real world view being blocked overlapping, at least in part, at least a portion of the holographic image .
Press fitting for pipes, comprising: - a socket with an insertion space for having a pipe end inserted therein, the insertion space having a press region which is delimited by a substantially cylindrical press wall part ; - an annular groove-shaped space present in the press wall part ; and - a sealing ring , a spacer ring and a gripping ring placed in the annular groove-shaped space , in which the press region is plastically deformable from a non-compressed state towards a compressed state during a radially inward directed pressing action exerted by a press tool causing the press wall part to radially compress and the gripping ring to grip an inserted pipe end while the sealing ring lies sealing against this inserted pipe end , in which the spacer ring has a substantially V-shaped cross-sectional profile with an inner and an outer leg that together delimit a hollow that opens out towards the sealing ring , characterized in that, the spacer ring is an endless spacer ring with an endless ring-shaped body that is closed in the circumferential direction, in which the inner leg comprises: - an inner contact wall part that extends in an axial direction (AD) and that faces the insertion space, in which the outer leg comprises: - an outer contact wall part that extends in the axial direction (AD) and that faces the substantially cylindrical press wall part of the socket , wherein the inner and outer contact wall parts both start at the side of the sealing ring substantially at a same level seen in the axial direction (AD) and lie opposite each other at opposing sides of the hollow , wherein at least one of the inner and outer contact wall parts has an axial length (L1) that is equal to or shorter than a depth (D) of the hollow seen in the axial direction (AD). - a socket with an insertion space for having a pipe end inserted therein, the insertion space having a press region which is delimited by a substantially cylindrical press wall part ; - an annular groove-shaped space present in the press wall part ; and - a sealing ring , a spacer ring and a gripping ring placed in the annular groove-shaped space , - an inner contact wall part that extends in an axial direction (AD) and that faces the insertion space, - an outer contact wall part that extends in the axial direction (AD) and that faces the substantially cylindrical press wall part of the socket ,
A microneedle array for use in sensing an analyte, comprising: a semiconductor substrate; a plurality of solid microneedles extending from the substrate, wherein at least one microneedle of the plurality of microneedles is configured to sense an analyte in dermal interstitial fluid of a user and comprises: a columnar body portion ; a tapered distal portion having an insulated distal apex ; and an annular working electrode arranged on a surface of the tapered distal portion, said working electrode including a contact trench , wherein the shape of the contact trench includes an annular recess formed in the surface of the tapered distal portion. a semiconductor substrate; a plurality of solid microneedles extending from the substrate, wherein at least one microneedle of the plurality of microneedles is configured to sense an analyte in dermal interstitial fluid of a user and comprises: a columnar body portion ; a tapered distal portion having an insulated distal apex ; and an annular working electrode arranged on a surface of the tapered distal portion, said working electrode including a contact trench , wherein the shape of the contact trench includes an annular recess formed in the surface of the tapered distal portion. a columnar body portion ; a tapered distal portion having an insulated distal apex ; and an annular working electrode arranged on a surface of the tapered distal portion, said working electrode including a contact trench , wherein the shape of the contact trench includes an annular recess formed in the surface of the tapered distal portion.
A method comprising: executing, by a first set of computing devices of a first data center , a software defined networking, SDN, controller cluster to facilitate operation of one or more virtual networks within the first data center and facilitate operation of one or more virtual networks within at least a second data center , different than the first data center; executing, by a second set of computing devices of the first data center , a first set of one or more control nodes to exchange route information, between a first gateway router of the first data center and a second gateway router of the second data center, for a virtual network between computing devices within the second data center, and to communicate control information comprising instructions to use one or more particular paths of the route information for the second data center to a third set of computing devices within the second data center , wherein the SDN controller cluster is configured to create a subcluster object for the second data center with a list of computing devices that are local in that second center and wherein the one or more control nodes form a first subcluster of the SDN controller cluster associated with the second data center and wherein the one or more control nodes form an internal Border Control Protocol, iBGP, mesh among themselves and BGP peer with the second gateway router for the route exchange. executing, by a first set of computing devices of a first data center , a software defined networking, SDN, controller cluster to facilitate operation of one or more virtual networks within the first data center and facilitate operation of one or more virtual networks within at least a second data center , different than the first data center; executing, by a second set of computing devices of the first data center , a first set of one or more control nodes to exchange route information, between a first gateway router of the first data center and a second gateway router of the second data center, for a virtual network between computing devices within the second data center, and to communicate control information comprising instructions to use one or more particular paths of the route information for the second data center to a third set of computing devices within the second data center , wherein the SDN controller cluster is configured to create a subcluster object for the second data center with a list of computing devices that are local in that second center and wherein the one or more control nodes form a first subcluster of the SDN controller cluster associated with the second data center and wherein the one or more control nodes form an internal Border Control Protocol, iBGP, mesh among themselves and BGP peer with the second gateway router for the route exchange.
A method of securing a compacted mass of a bottle to a neck of the bottle, characterized by : (a) providing a fastening belt affixed around a circumference of the bottle; (b) folding a first segment of the bottle over a second segment of the bottle, said first segment proximal a base of the bottle and disposed below said fastening belt and said second segment disposed above said fastening belt, such that a portion of said fastening belt is trapped between said first segment and said second segment; (c) folding said first and second segments over a third segment of the bottle, said third segment proximal the neck of the bottle, such that a second portion of said fastening belt is disposed proximal the neck of the bottle; and (d) securing said second portion of said fastening belt over the neck of the bottle, so as to hold said first and second segments adjacent said third segment. (a) providing a fastening belt affixed around a circumference of the bottle; (b) folding a first segment of the bottle over a second segment of the bottle, said first segment proximal a base of the bottle and disposed below said fastening belt and said second segment disposed above said fastening belt, such that a portion of said fastening belt is trapped between said first segment and said second segment; (c) folding said first and second segments over a third segment of the bottle, said third segment proximal the neck of the bottle, such that a second portion of said fastening belt is disposed proximal the neck of the bottle; and (d) securing said second portion of said fastening belt over the neck of the bottle, so as to hold said first and second segments adjacent said third segment.
A method, comprising: configuring, by a network transceiver device, a remote device to perform measurements for at least one measurement item of at least one carrier in a first frequency band, wherein the first frequency band is at least one of an unlicensed frequency band and a license-exempt frequency band, wherein the first frequency band is different from a second frequency band which is a licensed frequency band used for communication by said remote device, wherein the configuring comprises assigning at least one threshold level per measurement item, receiving, by the network transceiver device, a measurement report comprising at least an indication of usability for the at least one measured carrier in the first frequency band from said remote device, wherein the at least one threshold level is used by the remote device to determine the indication of usability, deciding, by the network transceiver device, based at least on the indication of usability, whether to reconfigure the at least one measured carrier in said first frequency band for communication by said remote device, and receiving, by the network transceiver device, a pattern on carrier's availability and carrier type indication for a future specific period from said remote device, wherein the pattern is retrieved by said remote device from a database inaccessible by the network transceiver device. configuring, by a network transceiver device, a remote device to perform measurements for at least one measurement item of at least one carrier in a first frequency band, wherein the first frequency band is at least one of an unlicensed frequency band and a license-exempt frequency band, wherein the first frequency band is different from a second frequency band which is a licensed frequency band used for communication by said remote device, wherein the configuring comprises assigning at least one threshold level per measurement item, receiving, by the network transceiver device, a measurement report comprising at least an indication of usability for the at least one measured carrier in the first frequency band from said remote device, wherein the at least one threshold level is used by the remote device to determine the indication of usability, deciding, by the network transceiver device, based at least on the indication of usability, whether to reconfigure the at least one measured carrier in said first frequency band for communication by said remote device, and receiving, by the network transceiver device, a pattern on carrier's availability and carrier type indication for a future specific period from said remote device, wherein the pattern is retrieved by said remote device from a database inaccessible by the network transceiver device.
A polynucleotide or the complementary polynucleotide thereof comprising a transposon comprising a cargo nucleic acid flanked by a left and a right inverted repeat/direct repeat (IR/DR), wherein (i) the transposon is capable of being mobilized by a Sleeping Beauty transposase protein; (ii) the left IR/DR comprises an outer left DR motif and an inner left DR motif, wherein the outer left DR motif comprises the nucleotide sequence of SEQ ID NO: 1 and the inner left DR motif comprises the nucleotide sequence of SEQ ID NO: 2; and (iii) the right IR/DR comprises an outer right DR motif and an inner right DR motif, wherein the outer right DR motif comprises a reverse complement of the nucleotide sequence of SEQ ID NO: 1 and the inner right DR motif comprises a reverse complement of the nucleotide sequence of SEQ ID NO: 2. (i) the transposon is capable of being mobilized by a Sleeping Beauty transposase protein; (ii) the left IR/DR comprises an outer left DR motif and an inner left DR motif, wherein the outer left DR motif comprises the nucleotide sequence of SEQ ID NO: 1 and the inner left DR motif comprises the nucleotide sequence of SEQ ID NO: 2; and (iii) the right IR/DR comprises an outer right DR motif and an inner right DR motif, wherein the outer right DR motif comprises a reverse complement of the nucleotide sequence of SEQ ID NO: 1 and the inner right DR motif comprises a reverse complement of the nucleotide sequence of SEQ ID NO: 2.