mhurhangee/ep-ind-claims huggingface dataset:
A method for executing multipath communication at a network entity, the method comprising: obtaining, from a source communication device, a first set of data packets, wherein a header of each data packet of the first set of data packets comprises packet information, wherein the packet information is indicative of an association among the first set of data packets; mapping an uplink sequence number to a downlink sequence number for each data packet of the first set of data packets based on the packet information; and providing each received data packet of the first set of data packets that includes the packet information to at least one of a target communication device or a further network entity based on the mapped uplink sequence number to the downlink sequence number; wherein the uplink sequence number is received in a specified network layer from the source communication device, and wherein the uplink sequence number is mapped to the downlink sequence number in the specified network layer, wherein the specified network layer is at least one of a packet data convergence protocol layer, a service data adaptation protocol layer, or other network layer. obtaining, from a source communication device, a first set of data packets, wherein a header of each data packet of the first set of data packets comprises packet information, wherein the packet information is indicative of an association among the first set of data packets; mapping an uplink sequence number to a downlink sequence number for each data packet of the first set of data packets based on the packet information; and providing each received data packet of the first set of data packets that includes the packet information to at least one of a target communication device or a further network entity based on the mapped uplink sequence number to the downlink sequence number; wherein the uplink sequence number is received in a specified network layer from the source communication device, and wherein the uplink sequence number is mapped to the downlink sequence number in the specified network layer, wherein the specified network layer is at least one of a packet data convergence protocol layer, a service data adaptation protocol layer, or other network layer.
A superconducting computing system comprising: a housing, arranged inside a liquid hydrogen environment, wherein a lower pressure is maintained inside the housing than a pressure outside the housing; and a substrate, arranged inside the housing, having a surface, wherein a plurality of components, attached to the surface, is configured to provide at least one of a computing or a storage functionality, and wherein the substrate further comprises a plurality of circuit traces for interconnecting at least a subset of the plurality of the components, wherein the housing is configured such that each of the plurality of components is configured to operate at a first temperature, wherein the first temperature is below 4.2 Kelvin, despite the liquid hydrogen environment having a second temperature greater than 4.2 Kelvin. a housing, arranged inside a liquid hydrogen environment, wherein a lower pressure is maintained inside the housing than a pressure outside the housing; and a substrate, arranged inside the housing, having a surface, wherein a plurality of components, attached to the surface, is configured to provide at least one of a computing or a storage functionality, and wherein the substrate further comprises a plurality of circuit traces for interconnecting at least a subset of the plurality of the components, wherein the housing is configured such that each of the plurality of components is configured to operate at a first temperature, wherein the first temperature is below 4.2 Kelvin, despite the liquid hydrogen environment having a second temperature greater than 4.2 Kelvin.
A motorcycle comprising: a head pipe; a seat; a fuel tank disposed between the head pipe and the seat; a combustion engine disposed below the fuel tank; a canister disposed in a region from a gap between the head pipe and the fuel tank in a front-rear direction to a space below a front portion of the fuel tank, the canister containing an adsorbent configured to adsorb fuel evaporative gas from the fuel tank; a throttle body disposed at the combustion engine, the throttle body forming an air intake passage on which a throttle valve is provided; and a communication pipe connecting the canister and the air intake passage, the communication pipe having one end supported by the throttle body and the other end supported by the combustion engine, the motorcycle further comprising: an air intake chamber disposed above a crankcase of the combustion engine, the air intake chamber being configured to store intake air for the combustion engine, characterized in that the canister is disposed frontward of the air intake chamber; and the motorcycle further comprises an air intake duct configured to introduce incoming wind through one lateral side of the canister, which is an outer side in a widthwise direction of the motorcycle, into the air intake chamber. a head pipe; a seat; a fuel tank disposed between the head pipe and the seat; a combustion engine disposed below the fuel tank; a canister disposed in a region from a gap between the head pipe and the fuel tank in a front-rear direction to a space below a front portion of the fuel tank, the canister containing an adsorbent configured to adsorb fuel evaporative gas from the fuel tank; a throttle body disposed at the combustion engine, the throttle body forming an air intake passage on which a throttle valve is provided; and a communication pipe connecting the canister and the air intake passage, the communication pipe having one end supported by the throttle body and the other end supported by the combustion engine, the motorcycle further comprising: an air intake chamber disposed above a crankcase of the combustion engine, the air intake chamber being configured to store intake air for the combustion engine, characterized in that the canister is disposed frontward of the air intake chamber; and the motorcycle further comprises an air intake duct configured to introduce incoming wind through one lateral side of the canister, which is an outer side in a widthwise direction of the motorcycle, into the air intake chamber. an air intake chamber disposed above a crankcase of the combustion engine, the air intake chamber being configured to store intake air for the combustion engine, characterized in that the canister is disposed frontward of the air intake chamber; and the motorcycle further comprises an air intake duct configured to introduce incoming wind through one lateral side of the canister, which is an outer side in a widthwise direction of the motorcycle, into the air intake chamber.
An antifouling composition comprising one or more dispersant polymers and one or more inhibitors, wherein the one or more dispersant polymers comprise the polymerized residues of one or more α-olefins and maleic anhydride, further wherein 80 mol% - 100 mol% of the maleic anhydride residues are reacted with a primary amine defined by the formula R-NH 2, wherein R is a linear or branched hydrocarbon moiety comprising 6 to 30 carbon atoms or a mixture of two or more such moieties, further wherein the one or more dispersant polymers are characterized by the absence of anhydride moieties and imide moieties; and the one or more inhibitors comprise a functionalized p -phenylene diamine defined by the formula wherein R' are independently selected to be linear, branched, aromatic, or alicyclic moieties comprising 1 to 12 carbon atoms optionally including one or more O, S, N, or halogen atoms with the proviso that the functionalized p -phenylene diamine includes no primary amine moieties.
A nanoparticle-based clathrate, comprising: a solid guest particle entrapped within a host compound comprising a native or modified polysaccharide, cavitand, simple sugar or simple polyol mixed in an acid medium comprising polyphosphoric acid (105%), sulfuric acid (∼ 80 wt. % aq), or glyoxylic acid (50% aq) or mixtures thereof to form a gel. a solid guest particle entrapped within a host compound comprising a native or modified polysaccharide, cavitand, simple sugar or simple polyol mixed in an acid medium comprising polyphosphoric acid (105%), sulfuric acid (∼ 80 wt. % aq), or glyoxylic acid (50% aq) or mixtures thereof to form a gel.
A self-propelled carrier vehicle with a sowing machine associated therewith for distributing material which is fluid or pourable for agricultural purposes, wherein the sowing units of the sowing machine precede the carrier vehicle in the working position, the sowing machine includes one or more sowing units and wherein the sowing units in the working position are oriented almost perpendicularly to the direction of travel of the carrier vehicle, characterised in that the sowing machine has a balanced structure in the working position and in the transport position, wherein the balanced structure is implemented in that the carrier vehicle has at least two vehicle axles (11, 13) and the one or more sowing units in the working and transport positions are arranged substantially in the region of the one vehicle axle and at least the drive members (21, 22) of the transport vehicle and the storage container (25, 25') are arranged substantially in the region of the at least one further vehicle axle on the carrier vehicle and wherein associated with the carrier vehicle is a pivotable driver cab (15, 15') which in the working position is positioned substantially in the region of the one vehicle axle and in the transport position is positioned substantially in the region of the further vehicle axle and in the transport position the one or more sowing units at least partially fill the region of the driver cab in the working position.
Light influencing element for directing the light emitted by a light source in a predetermined angular range, wherein the light influencing element has a plurality of rib-like grid elements (7, 12) having reflective side walls arranged in a regular structure, and wherein the light influencing element consists of a transparent base plate on the one flat side of which the screening elements (7, 12) are arranged, characterized in that the grid elements (7, 12) consist of a transparent material, wherein at least the side walls as well as the end faces of the grid elements (7, 12) facing away from the light source, are provided with a reflecting layer.
An information transmission method, comprising: Obtaining, respectively by a browser plug-in on a personal computer and a browser on a mobile terminal, an address of a cloud server from an address server, and logging in to the cloud server corresponding to the address; Sending, by the browser plug-in on the personal computer after successfully logging in to the cloud server, a message content record of a user to the cloud server; and pushing actively, by the cloud server, after the browser on the mobile terminal successfully logs in to the cloud server, through a persistent HTTP connection with the browser on the mobile terminal, the message content record to the browser on the mobile terminal; wherein the pushing actively, by the cloud server, the message content record to the browser on the mobile terminal comprises: detecting, by the cloud server, after receiving the message content record sent by the browser plug-in on the personal computer, a state of the mobile terminal; if the mobile terminal is in an active state, actively pushing the message content record to the mobile terminal at once; and if the mobile terminal is in an idle state, caching, by the cloud server, the message content record sent by the browser plug-in on the personal computer, and waiting until the mobile terminal is switched to the active state and pushing the latest message content record to the mobile terminal. Obtaining, respectively by a browser plug-in on a personal computer and a browser on a mobile terminal, an address of a cloud server from an address server, and logging in to the cloud server corresponding to the address; Sending, by the browser plug-in on the personal computer after successfully logging in to the cloud server, a message content record of a user to the cloud server; and pushing actively, by the cloud server, after the browser on the mobile terminal successfully logs in to the cloud server, through a persistent HTTP connection with the browser on the mobile terminal, the message content record to the browser on the mobile terminal; wherein the pushing actively, by the cloud server, the message content record to the browser on the mobile terminal comprises: detecting, by the cloud server, after receiving the message content record sent by the browser plug-in on the personal computer, a state of the mobile terminal; if the mobile terminal is in an active state, actively pushing the message content record to the mobile terminal at once; and if the mobile terminal is in an idle state, caching, by the cloud server, the message content record sent by the browser plug-in on the personal computer, and waiting until the mobile terminal is switched to the active state and pushing the latest message content record to the mobile terminal.
A load-securing bracket made from sheet metal with two arms (16, 20) arranged essentially at right-angles to each other, whereby a horizontal arm arranged to contact the load comprises a roof-shaped elevation, which forms a rest point for a tensioning strap, characterized in that the roof-shaped elevation is pivotably connected with the horizontal arm via a hinge and is pivotable by at least 90° from the contact position into a rest position, whereby the roof-shaped elevation comprises two flanks (22, 24), which, in the contact position, rest on flat regions of the horizontal arm in a tensioning position.
A method of providing by an application server previously communicated session information, comprising by the application server: exchanging session data (500A, 500B, 600A, 600B) between a group of session participants during a communication session, the exchanged session data including at least one of session media and session signaling information; storing (510A, 510B, 610A, 610B) at least a subset of the exchanged session data; establishing (525A, 525B) a connection to a given user equipment, UE; and receiving a UE-defined context that is indicative of a manner by which missed session data from the communication session is to be reduced for delivery to the given UE, selectively reducing (530A,540B,620A, 625B,625C,705A, 705B, 810A, 805B) at least a portion of the stored subset of the exchanged session data that was missed by the given UE based on the UE-defined context; wherein selectively reducing comprises modifying the session data that was missed; and transmitting (535A, 540B,625A, 630B,630C) the selectively reduced portion of the stored subset of the exchanged session data to the given UE. exchanging session data (500A, 500B, 600A, 600B) between a group of session participants during a communication session, the exchanged session data including at least one of session media and session signaling information; storing (510A, 510B, 610A, 610B) at least a subset of the exchanged session data; establishing (525A, 525B) a connection to a given user equipment, UE; and receiving a UE-defined context that is indicative of a manner by which missed session data from the communication session is to be reduced for delivery to the given UE, selectively reducing (530A,540B,620A, 625B,625C,705A, 705B, 810A, 805B) at least a portion of the stored subset of the exchanged session data that was missed by the given UE based on the UE-defined context; wherein selectively reducing comprises modifying the session data that was missed; and transmitting (535A, 540B,625A, 630B,630C) the selectively reduced portion of the stored subset of the exchanged session data to the given UE.
Method for selecting and activating at least one actuator of an end-user device, said actuator being an output module of the end-user device which is adapted to inform a user of this device of an event related to a specific service upon receipt of an alert signal by this end-user device, said method comprising the steps of - determining an activity parameter (ua) related to the use of said end-user device, - determining the actual status (as) of the usage of the actuators (Ac) of a plurality of actuators (AA1,...,AAi) of said end-user device, - determining from the actual status of the usage of the actuators a probability ( Pavailability (Ac)) of availability of at least one actuator of said plurality, - determining for the actuators of said plurality a stochastic parameter (P(Ac), P(Ac|Hist)) based on said activity parameter (ua) related to the use of said end-user device, on the probability (P availability (Ac)) of availability of said at least one actuator of said plurality, and upon external system preference values related to the usage of the actuators - selecting and activating the at least one actuator (Ac) from said plurality for which said stochastic parameter is maximal. - determining an activity parameter (ua) related to the use of said end-user device, - determining the actual status (as) of the usage of the actuators (Ac) of a plurality of actuators (AA1,...,AAi) of said end-user device, - determining from the actual status of the usage of the actuators a probability ( Pavailability (Ac)) of availability of at least one actuator of said plurality, - determining for the actuators of said plurality a stochastic parameter (P(Ac), P(Ac|Hist)) based on said activity parameter (ua) related to the use of said end-user device, on the probability (P availability (Ac)) of availability of said at least one actuator of said plurality, and upon external system preference values related to the usage of the actuators - selecting and activating the at least one actuator (Ac) from said plurality for which said stochastic parameter is maximal.
Formwork element (20a, 20b) for closing a hole in a ceiling formwork having a plurality of standard formwork elements (12a-12e) that have a closed frame, wherein the formwork element (20a, 20b) has a frame for supporting a formwork skin in a formwork skin layer, wherein the frame of the formwork element (20a, 20b) is not fully closed on at least one side, characterized in that the formwork element (20a, 20b) a) has a first connecting strut to a base strut of the frame on a first leg of the frame and b) has a second connecting strut to the base strut of the frame on a second leg of the frame and the legs (24, 26) of the formwork element (20a, 20b) are half as long as the legs of at least one standard formwork element (12a-12e) or the legs (24, 26) of the formwork element (20a, 20b) are of equal length to the legs of at least one standard formwork element (12a-12e). the formwork element (20a, 20b) a) has a first connecting strut to a base strut of the frame on a first leg of the frame and b) has a second connecting strut to the base strut of the frame on a second leg of the frame and a) has a first connecting strut to a base strut of the frame on a first leg of the frame and b) has a second connecting strut to the base strut of the frame on a second leg of the frame and the legs (24, 26) of the formwork element (20a, 20b) are half as long as the legs of at least one standard formwork element (12a-12e) or the legs (24, 26) of the formwork element (20a, 20b) are of equal length to the legs of at least one standard formwork element (12a-12e).
A well regenerating apparatus comprising: a treatment device, arranged to regenerate a well screen in a treatment zone of the well screen, at least an upper packer and a lower packer arranged to isolate the treatment zone between the upper packer and the lower packer, characterized in that the well regenerating apparatus comprises a sliding sleeve, moveable between: - a lifting position in which the sliding sleeve is connected to both the upper packer and the lower packer, - a treatment position, in which the sliding sleeve is disconnected at least from one of the upper packer and the lower packer, so as to allow the treatment device to face directly the well screen. a treatment device, arranged to regenerate a well screen in a treatment zone of the well screen, at least an upper packer and a lower packer arranged to isolate the treatment zone between the upper packer and the lower packer, characterized in that the well regenerating apparatus comprises a sliding sleeve, moveable between: - a lifting position in which the sliding sleeve is connected to both the upper packer and the lower packer, - a treatment position, in which the sliding sleeve is disconnected at least from one of the upper packer and the lower packer, so as to allow the treatment device to face directly the well screen. - a lifting position in which the sliding sleeve is connected to both the upper packer and the lower packer, - a treatment position, in which the sliding sleeve is disconnected at least from one of the upper packer and the lower packer, so as to allow the treatment device to face directly the well screen.
A system for locating and restoring service lines in pipeline restoration, the system comprising: a movable cart configured for deployment along an inside of a pipeline; and an attachment part movably coupled with the movable cart; characterized in that: the system further comprises a plug comprising a marking magnet; a plug locator adapted for coupling with the attachment part, the plug locator associated with a movable magnet, and wherein the attachment part is configured to install the plug into a service line at a location where the service line intersects the pipeline, wherein the movable magnet is configured to disassociate from the attachment part based on a magnetic field of the marking magnet to locate the marking magnet and the plug, and wherein the attachment part is configured to remove the plug from the service line and to restore a fluid connection between the service line and the pipeline. a movable cart configured for deployment along an inside of a pipeline; and an attachment part movably coupled with the movable cart; the system further comprises a plug comprising a marking magnet; a plug locator adapted for coupling with the attachment part, the plug locator associated with a movable magnet, and wherein the attachment part is configured to install the plug into a service line at a location where the service line intersects the pipeline, wherein the movable magnet is configured to disassociate from the attachment part based on a magnetic field of the marking magnet to locate the marking magnet and the plug, and wherein the attachment part is configured to remove the plug from the service line and to restore a fluid connection between the service line and the pipeline.
A safety load hook, including a lower part which realizes a curved hook mouth with a hook opening of a predefined nominal width (n) and to which is attached an upper part which is pivotable into an open position, in which the hook opening is open for the insertion or removal of a load, and into a closed position in which it blocks the hook opening toward the outside such that the insertion of a load to be received into the hook mouth or the removal of a load contained there from said hook mouth is prevented, characterized in that a marking (8, 9) is respectively provided on each of the end regions (6, 7) of upper part and lower part which face one another when the upper part is in the closed state, wherein when the upper part is in the closed position, when a size of the hook opening corresponds to the nominal width (n) thereof, the marking on the lower part is offset from the marking on the upper part by a distance (a) in the direction toward the hook opening, which distance is chosen such that when there is a predefined maximum widening of the hook mouth in relation to the predefined nominal width (n) thereof, both markings (8, 9) are located directly side by side when the upper part is in the closed state.