mhurhangee/ep-ind-claims huggingface dataset:
A network traffic monitoring process executed by a network traffic monitoring system of a communications network, the process including: receiving mirrored data packets from a software-defined networking, SDN, flow switch of a communications network; processing header fields of the received data packets to identify subsets of the data packets as belonging to respective network flows; detecting large network flows by determining, for each of the network flows, a corresponding cumulative amount of data contained in the received packets for the network flow until the cumulative amount of data reaches or exceeds a predetermined threshold amount of data; for each detected large network flow, sending flow identification data to the SDN flow switch to allow the SDN flow switch to identify further packets of the large network flow as being packets of the large network flow and to stop mirroring the further packets of the large network flow to a component of the network traffic monitoring system; for each large network flow, periodically receiving from the SDN flow switch corresponding counter data representing a corresponding cumulative amount of data contained in packets of the large flow; for each large network flow, processing the corresponding counter data and corresponding timestamp data to generate temporal metrics of the large network flow; and for each large network flow, processing the generated temporal metrics with a trained classifier to classify the large network flow as being one of a plurality of predetermined flow types, and wherein the flow metrics include idle time, average rate, and metrics of burstiness. receiving mirrored data packets from a software-defined networking, SDN, flow switch of a communications network; processing header fields of the received data packets to identify subsets of the data packets as belonging to respective network flows; detecting large network flows by determining, for each of the network flows, a corresponding cumulative amount of data contained in the received packets for the network flow until the cumulative amount of data reaches or exceeds a predetermined threshold amount of data; for each detected large network flow, sending flow identification data to the SDN flow switch to allow the SDN flow switch to identify further packets of the large network flow as being packets of the large network flow and to stop mirroring the further packets of the large network flow to a component of the network traffic monitoring system; for each large network flow, periodically receiving from the SDN flow switch corresponding counter data representing a corresponding cumulative amount of data contained in packets of the large flow; for each large network flow, processing the corresponding counter data and corresponding timestamp data to generate temporal metrics of the large network flow; and for each large network flow, processing the generated temporal metrics with a trained classifier to classify the large network flow as being one of a plurality of predetermined flow types, and wherein the flow metrics include idle time, average rate, and metrics of burstiness.
A fluidic valve (10; 20; 30; 40) comprising a first zone and a second zone separated by an aperture sealed by a deformable element (14; 24; 34; 44), wherein in said first zone there is a shape memory alloy wire (15; 25; 35; 45) secured to a stationary surface (17; 27; 37; 47) and acting on a first surface of said deformable element (14; 24; 34; 44) either directly or through a piston (36'; 46'), in said second zone there are at least two ports (11, 12; 21, 22; 31, 32; 41, 42, 42') and a plunger (16, 26, 36, 46) connected to a second surface of the deformable element (14; 24; 34; 44), opposite to said first surface, and suitable to close one of said ports (12; 22, 32; 42, 42'), characterized in that a bypass channel (13; 23; 33; 43) permanently connects the first zone to the second zone through a first end aperture (131; 231; 331; 431) positioned in the first zone and a second end aperture (132; 232; 332; 432) positioned in the second zone.
An information recording medium comprising a data area to record user data, characterised in that the information recording medium comprises: a temporary disc management area to record temporary disc management information to manage the user data recorded in the data area, wherein the temporary disc management information includes first information regarding a last recorded location of data in the data area and second information regarding whether the information regarding the last recorded location is consistent with an actual last recorded location of the data area. a temporary disc management area to record temporary disc management information to manage the user data recorded in the data area, wherein the temporary disc management information includes first information regarding a last recorded location of data in the data area and second information regarding whether the information regarding the last recorded location is consistent with an actual last recorded location of the data area.
A composition comprising nanoparticles that comprise rapamycin or a derivative thereof and a carrier protein for use in a method of treating bladder cancer in an individual, wherein the derivative is selected from the group consisting of benzoyl rapamycin, oxaazacyclohentriacontine, temsirolimus (CCI 779 (Wyeth)), everolimus (RAD 001 (Novartis)), pimecrolimus, 32-deoxo rapamycin, zotarolimus (ABT-578), ridaforolimus, and Biolimus A9.
A point of control remote-actuation apparatus, comprising: an elongate member having a first end and second end, a support member having a movable portion, said moveable portion being adjustably coupled with said elongate member along any portion of a length of said elongate member such that said first end and said second end of the elongate member are free of contact with said point of contact remote-actuation apparatus during an actuation operation; a drive mechanism in communication with said moveable portion, said drive mechanism configured to provide torque to the moveable portion and elongate member in response to a motive force, wherein said drive mechanism is offset from the movable portion such that the drive mechanism and movable portion are not in axial alignment; characterized in that the elongate member is an electrically insulated rod. an elongate member having a first end and second end, a support member having a movable portion, said moveable portion being adjustably coupled with said elongate member along any portion of a length of said elongate member such that said first end and said second end of the elongate member are free of contact with said point of contact remote-actuation apparatus during an actuation operation; a drive mechanism in communication with said moveable portion, said drive mechanism configured to provide torque to the moveable portion and elongate member in response to a motive force, wherein said drive mechanism is offset from the movable portion such that the drive mechanism and movable portion are not in axial alignment; characterized in that the elongate member is an electrically insulated rod.
An oral cavity sensor comprising a sensor main body attached in an oral cavity of a subject and configured to measure external force applied from a tongue in the oral cavity, wherein the sensor main body includes: an elastic body elastically deformable by the external force applied from the tongue; a flexible substrate; a sensor element provided on a flat sensor installation surface of the flexible substrate including a first sensor section deformable in a first direction, a second sensor section deformable in a second direction orthogonal to the first direction, and a third sensor section deformable in a third direction orthogonal to the first direction and the second direction, and embedded in the elastic body and configured, on the basis of a displacement state of the elastic body, to measure external force components in three axis directions, the first, second, and third directions, and a wiring body configured to be drawn out from the sensor main body and to send out a measurement result obtained by the sensor element to a measurement apparatus, wherein the elastic body covers the sensor installation surface-side of the flexible substrate and the sensor element, and an entire back surface of the sensor installation surface, a coating film made of parylene covers a whole surface of the elastic body, and wherein the wiring body includes a strip-shaped wiring-side flexible substrate formed integrally with the flexible substrate, and in which wirings are formed, and one surface and the other surface of the wiring-side flexible substrate and the wirings of the wiring-side flexible substrate are all covered with a coating film made of parylene.
A method of counting the number of occurrences of an mRNA target molecule in a sample comprising: (a) providing a plurality of oligonucleotide tags, wherein an oligonucleotide tag of the plurality of oligonucleotide tags comprises a target specific sequence, a unique identifier sequence, and an optional universal PCR primer sequence, and wherein the target specific sequence comprises an oligo dT sequence; (b) combining a sample comprising an mRNA target molecule comprising a polyA sequence with the plurality of oligonucleotide tags such that the oligo dT sequence of the oligonucleotide tag hybridizes with the polyA sequence of the mRNA target molecule to form a labeled mRNA molecule, wherein each mRNA target molecule is capable of hybridizing to a different oligonucleotide tag, and wherein the unique identifier region uniquely identifies occurrences of the mRNA target molecule; (c) synthesizing a copy of the labeled mRNA target molecule by reverse transcription to form a labeled DNA molecule, wherein at least a portion of the oligonucleotide tag acts as a primer for the reverse transcription reaction, and wherein the labeled DNA molecule comprises a copy of the mRNA target molecule and an oligonucleotide tag; (d) detecting the labeled DNA molecule, a complement of the labeled DNA molecule, a reverse complement of the labeled DNA molecule, or a portion thereof; and (e) determining a count of different labeled DNA molecules, thereby counting the number of occurrences of an mRNA target molecule in the sample. (a) providing a plurality of oligonucleotide tags, wherein an oligonucleotide tag of the plurality of oligonucleotide tags comprises a target specific sequence, a unique identifier sequence, and an optional universal PCR primer sequence, and wherein the target specific sequence comprises an oligo dT sequence; (b) combining a sample comprising an mRNA target molecule comprising a polyA sequence with the plurality of oligonucleotide tags such that the oligo dT sequence of the oligonucleotide tag hybridizes with the polyA sequence of the mRNA target molecule to form a labeled mRNA molecule, wherein each mRNA target molecule is capable of hybridizing to a different oligonucleotide tag, and wherein the unique identifier region uniquely identifies occurrences of the mRNA target molecule; (c) synthesizing a copy of the labeled mRNA target molecule by reverse transcription to form a labeled DNA molecule, wherein at least a portion of the oligonucleotide tag acts as a primer for the reverse transcription reaction, and wherein the labeled DNA molecule comprises a copy of the mRNA target molecule and an oligonucleotide tag; (d) detecting the labeled DNA molecule, a complement of the labeled DNA molecule, a reverse complement of the labeled DNA molecule, or a portion thereof; and (e) determining a count of different labeled DNA molecules, thereby counting the number of occurrences of an mRNA target molecule in the sample.
A mucoadhesive formulation comprising: a composition comprising a clathrate host and water, wherein the clathrate host is capable of enclosing water and is a clathrate of glycerin and polyacrylate, free water at a concentration of less than 75% wherein free water is water in the formulation that is not a component of the composition, wherein the free water is at a concentration that is at least as high as the concentration of water from the aqueous clathrate host composition, and xylitol at a concentration of at least 25% of the concentration of the free water in the formulation and at least 10% of the formulation, and the relative concentration of the aqueous clathrate host composition and xylitol is between 1:2 and 1:8; wherein the mucoadhesive formulation is effective in holding xylitol and water in place on a mucosal surface. a composition comprising a clathrate host and water, wherein the clathrate host is capable of enclosing water and is a clathrate of glycerin and polyacrylate, free water at a concentration of less than 75% wherein free water is water in the formulation that is not a component of the composition, wherein the free water is at a concentration that is at least as high as the concentration of water from the aqueous clathrate host composition, and xylitol at a concentration of at least 25% of the concentration of the free water in the formulation and at least 10% of the formulation, and the relative concentration of the aqueous clathrate host composition and xylitol is between 1:2 and 1:8; wherein the mucoadhesive formulation is effective in holding xylitol and water in place on a mucosal surface.
A method of controlling a service in a server in charge of a control plane in a network, comprising: receiving a first message containing an access point name, APN, a parameter indicating a local gateway identifier and an indicator related to a selected IP traffic offload, SIPTO, service; if a SIPTO service is checked to be available in a Home Node B or a Home eNode B based on the first message, judging whether a SIPTO is applicable to a data of a user equipment based on the APN in the first message, wherein the APN contained in the first message is judged whether the APN is applicable to the SIPTO based on a pre-stored APN-related information in the step of judging; if the SIPTO is applicable to the data of the user equipment, determining whether the SIPTO service is provided to the user equipment based on an agreement information of a user for the SIPTO service; and transmitting a SIPTO service notification to the Home Node B or the Home eNode B according to the determination, wherein the method further comprises: transmitting an information request message to the user equipment, and wherein the agreement information is contained in an information response message received in response to the information request message. receiving a first message containing an access point name, APN, a parameter indicating a local gateway identifier and an indicator related to a selected IP traffic offload, SIPTO, service; if a SIPTO service is checked to be available in a Home Node B or a Home eNode B based on the first message, judging whether a SIPTO is applicable to a data of a user equipment based on the APN in the first message, wherein the APN contained in the first message is judged whether the APN is applicable to the SIPTO based on a pre-stored APN-related information in the step of judging; if the SIPTO is applicable to the data of the user equipment, determining whether the SIPTO service is provided to the user equipment based on an agreement information of a user for the SIPTO service; and transmitting a SIPTO service notification to the Home Node B or the Home eNode B according to the determination, wherein the method further comprises: transmitting an information request message to the user equipment, and wherein the agreement information is contained in an information response message received in response to the information request message. transmitting an information request message to the user equipment, and wherein the agreement information is contained in an information response message received in response to the information request message.
A plated structure comprising: a metal or metal alloy substrate; plating comprising at least one of chromium or nickel on said substrate, said plating defining microcracks; and electrically conductive nanomaterial in said microcracks, wherein by applying to said plating a corrosion inhibiting composition comprising: a liquid carrier having a surface tension of at most 35 dynes/cm; and an electrically conductive nanomaterial dispersed in said carrier, electrically conductive nanomaterial is received in said microcracks; wherein said electrically conductive nanomaterial comprises at least one of carbon nanoplatelets, graphene nanoplatelets, carbon nanotubes and carbon nanorods. a metal or metal alloy substrate; plating comprising at least one of chromium or nickel on said substrate, said plating defining microcracks; and electrically conductive nanomaterial in said microcracks, wherein by applying to said plating a corrosion inhibiting composition comprising: a liquid carrier having a surface tension of at most 35 dynes/cm; and an electrically conductive nanomaterial dispersed in said carrier, a liquid carrier having a surface tension of at most 35 dynes/cm; and an electrically conductive nanomaterial dispersed in said carrier, electrically conductive nanomaterial is received in said microcracks; wherein said electrically conductive nanomaterial comprises at least one of carbon nanoplatelets, graphene nanoplatelets, carbon nanotubes and carbon nanorods.
Rubber teat-cup liner with a head part and a shank part which is connected to the head part, wherein the head part has a lateral surface and an insertion opening for a teat of an animal, wherein the insertion opening is delimited by an inwardly pointing lip, wherein the lateral surface has an expansion region which is formed with an undulatory cross section, characterized in that the expansion region, when viewed in the longitudinal direction, proceeding from the shank part begins at a distance from the shank part and ends at a distance from the inwardly pointing lip, wherein the expansion region extends over at least part of a lateral surface circumference.
A method of transmitting a plurality of frames of data by a wireless base transceiver station in a network supporting a system bandwidth that includes a Synchronization channel, SCH, and a Broadcast-control channel, BCH, the method comprising: transmitting a basic fixed bandwidth Synchronization channel, basic fixed SCH, comprising information to synchronize mobile users to the network and a basic fixed bandwidth Broadcast-control channel, BCH, comprising system information including the system bandwidth, wherein the respective fixed bandwidth is a bandwidth less than the system bandwidth wherein the basic fixed SCH includes a primary SCH and a secondary SCH; further comprising: transmitting an Extended Synchronization channel, Extended SCH, of variable bandwidth, the additional bandwidth of the Extended SCH provided to enhance cell search; transmitting an Extended Broadcast-control channel, Extended BCH, of variable bandwidth, the additional bandwidth of the Extended BCH provided to transmit broadcast control signalling not capable of being transmitted in the basic fixed bandwidth BCH; wherein the BCH is in a predetermined location in each frame transmitted to mobile users, wherein the primary SCH is transmitted in a frame using an OFDM symbol that immediately precedes the BCH, and wherein the BCH is transmitted less frequently than the secondary SCH. transmitting a basic fixed bandwidth Synchronization channel, basic fixed SCH, comprising information to synchronize mobile users to the network and a basic fixed bandwidth Broadcast-control channel, BCH, comprising system information including the system bandwidth, wherein the respective fixed bandwidth is a bandwidth less than the system bandwidth wherein the basic fixed SCH includes a primary SCH and a secondary SCH; further comprising: transmitting an Extended Synchronization channel, Extended SCH, of variable bandwidth, the additional bandwidth of the Extended SCH provided to enhance cell search; transmitting an Extended Broadcast-control channel, Extended BCH, of variable bandwidth, the additional bandwidth of the Extended BCH provided to transmit broadcast control signalling not capable of being transmitted in the basic fixed bandwidth BCH; transmitting an Extended Synchronization channel, Extended SCH, of variable bandwidth, the additional bandwidth of the Extended SCH provided to enhance cell search; transmitting an Extended Broadcast-control channel, Extended BCH, of variable bandwidth, the additional bandwidth of the Extended BCH provided to transmit broadcast control signalling not capable of being transmitted in the basic fixed bandwidth BCH; wherein the BCH is in a predetermined location in each frame transmitted to mobile users, wherein the primary SCH is transmitted in a frame using an OFDM symbol that immediately precedes the BCH, and wherein the BCH is transmitted less frequently than the secondary SCH.
Method for encapsulating a winding overhang of a stator, wherein - a stator is provided, which comprises a laminated core with grooves and a winding overhang, wherein windings are inserted in the grooves, wherein the winding overhang is formed from winding ends protruding from the grooves and is at a distance from a laminated core end, wherein, in a region between the laminated core end and the winding overhang, the winding ends run in such a way that, in said region, intermediate spaces are formed between the winding ends, - the stator is included in a housing of an electric machine and the winding overhang of the stator is encapsulated with an encapsulating compound, characterised in that - at least one of the intermediate spaces is spanned by a polymer layer before the encapsulation such that a flow of encapsulating compound through the at least one spanned intermediate space is prevented. - a stator is provided, which comprises a laminated core with grooves and a winding overhang, wherein windings are inserted in the grooves, wherein the winding overhang is formed from winding ends protruding from the grooves and is at a distance from a laminated core end, wherein, in a region between the laminated core end and the winding overhang, the winding ends run in such a way that, in said region, intermediate spaces are formed between the winding ends, - the stator is included in a housing of an electric machine and the winding overhang of the stator is encapsulated with an encapsulating compound, characterised in that - at least one of the intermediate spaces is spanned by a polymer layer before the encapsulation such that a flow of encapsulating compound through the at least one spanned intermediate space is prevented.