mhurhangee/ep-ind-claims huggingface dataset:
A method of uplink data rate control, the method comprising: transmitting a rate change request signal to a first network entity by inserting the rate change request into a punctured symbol in an uplink channel; receiving a rate control signal from said first network entity on a downlink dedicated physical channel different from said uplink channel wherein the rate control signal is transmitted by replacing a symbol at a predetermined location in the downlink channel with the rate control signal after traffic for the downlink channel is encoded for error correction; extracting the rate control signal from the downlink channel and replacing bits of a punctured symbol that correspond to the rate control signal with zeroes; and recovering bits removed from the downlink channel for the bits of the punctured symbol that correspond to the rate control signal based on redundancy in the downlink channel, wherein a frequency of the rate change request signal is configurable by said first network entity using high-level signaling. transmitting a rate change request signal to a first network entity by inserting the rate change request into a punctured symbol in an uplink channel; receiving a rate control signal from said first network entity on a downlink dedicated physical channel different from said uplink channel wherein the rate control signal is transmitted by replacing a symbol at a predetermined location in the downlink channel with the rate control signal after traffic for the downlink channel is encoded for error correction; extracting the rate control signal from the downlink channel and replacing bits of a punctured symbol that correspond to the rate control signal with zeroes; and recovering bits removed from the downlink channel for the bits of the punctured symbol that correspond to the rate control signal based on redundancy in the downlink channel, wherein a frequency of the rate change request signal is configurable by said first network entity using high-level signaling.
A method for determining mobile network class of service, implemented by a hardware processor, the method comprising: receiving, from a mobility management entity, MME, a request from a mobile cellular device that requested access to a network operated by the MME, whereby the network operated by the MME is a cellular communications network, the request specifying an account identifier and location data that each correspond to the device; based on the account identifier and location data, determining that the device is roaming; based on the account identifier and in response to the determination that the device is roaming, identifying a class of service, CoS, for the mobile cellular device from a plurality of classes of service; and providing the MME with response data including the identified CoS; the method being characterized in that providing the MME with response data comprises causing the MME to override a default CoS with the identified CoS. receiving, from a mobility management entity, MME, a request from a mobile cellular device that requested access to a network operated by the MME, whereby the network operated by the MME is a cellular communications network, the request specifying an account identifier and location data that each correspond to the device; based on the account identifier and location data, determining that the device is roaming; based on the account identifier and in response to the determination that the device is roaming, identifying a class of service, CoS, for the mobile cellular device from a plurality of classes of service; and providing the MME with response data including the identified CoS;
Bone fixation device comprising at least one plate and a set of screws made of resorbable material, characterized in that: - said plate is made of a first material that consists of a composite mixture comprising i) a resorbable polymer or copolymer compound and ii) an inorganic filler that comprising at least one resorbable ceramic, - and said screws are made of a second material comprising at least one resorbable polymer or copolymer compound, said first and second materials having different compositions so that the respective Young's moduli are different. - said plate is made of a first material that consists of a composite mixture comprising i) a resorbable polymer or copolymer compound and ii) an inorganic filler that comprising at least one resorbable ceramic, - and said screws are made of a second material comprising at least one resorbable polymer or copolymer compound,
An immersion microscope objective (1, 2, 3, 4, 5, 6, 7, 8, 9, 10) comprising in order from an object side: a first lens group having positive refractive power for converting luminous flux from an object into convergent luminous flux; a second lens group having refractive power lower than the refractive power of the first lens group; and a third lens group, wherein a following conditional expression is satisfied when NA indicates a numerical aperture on the object side, and d0 indicates a working distance: 3 mm < NA × d 0 < 8 mm; the lens component closest to the object is a cemented lens; a following conditional expression is satisfied when nd1 indicates the refractive index of the lens facing the object side in the cemented lens, and nd2 indicates the refractive index of a lens facing the image side in the cemented lens: 0.3 < nd 2 − nd 1 < 1; and a following conditional expression is satisfied when a curvature of a cemented surface of the cemented lens is R1, and a curvature of a surface facing an image side included in the cemented lens is R2: 1.03 < R 1 / R 2 < 1.4. a first lens group having positive refractive power for converting luminous flux from an object into convergent luminous flux; a second lens group having refractive power lower than the refractive power of the first lens group; and a third lens group, wherein a following conditional expression is satisfied when NA indicates a numerical aperture on the object side, and d0 indicates a working distance: 3 mm < NA × d 0 < 8 mm; the lens component closest to the object is a cemented lens; a following conditional expression is satisfied when nd1 indicates the refractive index of the lens facing the object side in the cemented lens, and nd2 indicates the refractive index of a lens facing the image side in the cemented lens: 0.3 < nd 2 − nd 1 < 1; and a following conditional expression is satisfied when a curvature of a cemented surface of the cemented lens is R1, and a curvature of a surface facing an image side included in the cemented lens is R2: 1.03 < R 1 / R 2 < 1.4.
A composition comprising: (a) a polymeric sorbent comprising a reaction product of a hydrolyzed divinylbenzene/maleic anhydride polymeric material having carboxylic acid groups; and a nitrogen-containing compound having at least two amino groups of formula -NHR wherein R is hydrogen or alkyl and wherein the nitrogen-containing compound is attached to the hydrolyzed divinylbenzene/maleic anhydride polymeric material with an ionic bond; and (b) an aldehyde sorbed on the polymeric sorbent, the aldehyde being of Formula R 2 - -H wherein R 2 is hydrogen, alkyl, vinyl, or aryl and wherein the molecular weight of the aldehyde of Formula is no greater than 200 grams/mole. (a) a polymeric sorbent comprising a reaction product of a hydrolyzed divinylbenzene/maleic anhydride polymeric material having carboxylic acid groups; and a nitrogen-containing compound having at least two amino groups of formula -NHR wherein R is hydrogen or alkyl and wherein the nitrogen-containing compound is attached to the hydrolyzed divinylbenzene/maleic anhydride polymeric material with an ionic bond; and a hydrolyzed divinylbenzene/maleic anhydride polymeric material having carboxylic acid groups; and a nitrogen-containing compound having at least two amino groups of formula -NHR wherein R is hydrogen or alkyl and wherein the nitrogen-containing compound is attached to the hydrolyzed divinylbenzene/maleic anhydride polymeric material with an ionic bond; and (b) an aldehyde sorbed on the polymeric sorbent, the aldehyde being of Formula R 2 - -H wherein R 2 is hydrogen, alkyl, vinyl, or aryl and wherein the molecular weight of the aldehyde of Formula is no greater than 200 grams/mole.
A cluster system, comprising: a plurality of nodes being connected to one or more networks, each of the plurality of nodes comprising one or more storage devices for storing data; characterized in that: each of the plurality of nodes being configured to access its own one or more storage devices and to send and receive input/output (I/O) operations associated with its one or more storage devices; each of the plurality of nodes is configured to have a function of acting as a first node which sends a first message to other nodes, the first message including configuration information being indicative of a data placement of data on the plurality of nodes in the cluster system according to an event; and in that each of the other nodes is configured to determine, upon receiving the first message from a node acting as the first node, whether data stored on its own one or more storage devices is affected by the event on the basis of the configuration information. a plurality of nodes being connected to one or more networks, each of the plurality of nodes comprising one or more storage devices for storing data; characterized in that: each of the plurality of nodes being configured to access its own one or more storage devices and to send and receive input/output (I/O) operations associated with its one or more storage devices; each of the plurality of nodes is configured to have a function of acting as a first node which sends a first message to other nodes, the first message including configuration information being indicative of a data placement of data on the plurality of nodes in the cluster system according to an event; and in that each of the other nodes is configured to determine, upon receiving the first message from a node acting as the first node, whether data stored on its own one or more storage devices is affected by the event on the basis of the configuration information.
A method for manufacturing a flame tube for a turbomachine, the said flame tube extending about an axis and comprising an annular radially internal wall and an annular radially external wall, connected to each other by an end wall or head wall, the internal wall, the external wall and the end wall defining an internal volume, characterized in that at least one part of the said end wall forming a double wall comprising a first part and a second part connected to each other and spaced apart from each other so as to delimit a flow channel for a flow of cooling air opening into the said internal volume, characterized in that the said flow channel comprising at least one air-inlet opening, the first and second parts (7, 8) of the double wall being connected by connecting zones or bridges extending into the flow channel for the cooling-air flow, the said flame tube being manufactured by additive manufacturing, characterized in that at least one connecting area or bridge comprises at least one frustoconical area or flared area (10a, 10b).
A method of operating a messaging application server in a communication network, the method comprising: receiving an Instant Messaging, IM, message originating from a sender mobile station, the message being addressed to a recipient mobile station (114, 116), the message being received via a first protocol; determining that the recipient mobile station (114, 116) is not operative to receive the message via the first protocol; responsive to determining that the recipient mobile station is not operative to receive the message via the first protocol, converting the message into a format compliant with a second protocol different from the first protocol, wherein the recipient mobile station (114, 116) is operative to receive the converted message via the second protocol; transmitting the converted message toward the recipient mobile station (114, 116) via the second protocol; receiving a notification message comprising an indication that the converted message was delivered to the recipient mobile station; generating a disposition notification message; and transmitting the disposition notification message toward the sender mobile station via the first protocol; wherein the disposition notification message comprises an indication that the message was delivered to the recipient mobile station via a protocol different from the first protocol; the disposition notification message being an IMDN message comprising a status element; the IMDN message carrying information reflective of the technology used to deliver the message; the information being carried as a sub-element of the status element. receiving an Instant Messaging, IM, message originating from a sender mobile station, the message being addressed to a recipient mobile station (114, 116), the message being received via a first protocol; determining that the recipient mobile station (114, 116) is not operative to receive the message via the first protocol; responsive to determining that the recipient mobile station is not operative to receive the message via the first protocol, converting the message into a format compliant with a second protocol different from the first protocol, wherein the recipient mobile station (114, 116) is operative to receive the converted message via the second protocol; transmitting the converted message toward the recipient mobile station (114, 116) via the second protocol; receiving a notification message comprising an indication that the converted message was delivered to the recipient mobile station; generating a disposition notification message; and transmitting the disposition notification message toward the sender mobile station via the first protocol; wherein the disposition notification message comprises an indication that the message was delivered to the recipient mobile station via a protocol different from the first protocol; the disposition notification message being an IMDN message comprising a status element; the IMDN message carrying information reflective of the technology used to deliver the message; the information being carried as a sub-element of the status element.
Method for assisting a driver with deactivating a highly automated driving mode of a vehicle, wherein the method comprises the following steps: Reading in an assumption signal which represents assuming control of the vehicle by the driver, and reading in auxiliary information which comprises image information representing the driver and/or the vehicle checking information representing checking of the vehicle by the driver; Determining a degree of attentiveness of the driver using the assumption signal and the auxiliary information; and Outputting an assistance signal using the degree of attention in order to assist the driver by actuating at least one driver assistance system function of the vehicle when the control is assumed, wherein in the determining step using the assumption signal a steering and/or acceleration behaviour of the vehicle is analyzed in order to obtain a quality value relating to the control of the vehicle by the driver, wherein in the outputting step the assistance signal is output using the quality value, characterized in that in the outputting step the assistance signal is output in order to actuate a lane-keeping function of the vehicle if the quality value represents a variation of a lane positioning of the vehicle outside a predefined tolerance range. Reading in an assumption signal which represents assuming control of the vehicle by the driver, and reading in auxiliary information which comprises image information representing the driver and/or the vehicle checking information representing checking of the vehicle by the driver; Determining a degree of attentiveness of the driver using the assumption signal and the auxiliary information; and Outputting an assistance signal using the degree of attention in order to assist the driver by actuating at least one driver assistance system function of the vehicle when the control is assumed, wherein in the determining step using the assumption signal a steering and/or acceleration behaviour of the vehicle is analyzed in order to obtain a quality value relating to the control of the vehicle by the driver, wherein in the outputting step the assistance signal is output using the quality value, characterized in that in the outputting step the assistance signal is output in order to actuate a lane-keeping function of the vehicle if the quality value represents a variation of a lane positioning of the vehicle outside a predefined tolerance range.
A method of displaying media presentation data on a display screen for synchronization with content data displayed by a portable device, characterized by: providing the content data to the portable device such that the content data is stored in a memory of the portable device, the content data being distinct from the media presentation data, the portable device being accessible during the media presentation, being remote from a presentation of the media presentation, and having a readable display; and transmitting at least one time prompt to the portable device to trigger the portable device to display a portion of the content data on the readable display in synchronization with the presentation of the media presentation at the at least one time prompt. providing the content data to the portable device such that the content data is stored in a memory of the portable device, the content data being distinct from the media presentation data, the portable device being accessible during the media presentation, being remote from a presentation of the media presentation, and having a readable display; and transmitting at least one time prompt to the portable device to trigger the portable device to display a portion of the content data on the readable display in synchronization with the presentation of the media presentation at the at least one time prompt.
An in vitro method for subclassification of angiitis, which comprises a step of detecting an antibody specifically recognizing a moesin in a biological sample, which further comprises a step of detecting an antibody specifically recognizing myeloperoxidase in said biological sample.
A method for determining packet loss in a fronthaul link (12a-b) of a radio access network, the fronthaul link connecting a remote unit (11, nab) to a central unit, the method being performed in a packet loss determiner and comprising the steps of: obtaining a set of user equipments, UEs, (2a-c) that are all scheduled to communicate over a radio interface (4a-b) to the remote unit in a scheduling interval; creating a subset of UEs, comprising a number of UEs, from the set of UEs, that are the UEs in the set being most vulnerable to fronthaul packet loss; determining, for each UE in the subset of UEs, whether the communication in the scheduling interval was unsuccessful; and determining a packet loss in the fronthaul link depending on to what extent each one of the UEs in the subset of UEs is determined to have had unsuccessful use of the radio interface (4a-b). obtaining a set of user equipments, UEs, (2a-c) that are all scheduled to communicate over a radio interface (4a-b) to the remote unit in a scheduling interval; creating a subset of UEs, comprising a number of UEs, from the set of UEs, that are the UEs in the set being most vulnerable to fronthaul packet loss; determining, for each UE in the subset of UEs, whether the communication in the scheduling interval was unsuccessful; and determining a packet loss in the fronthaul link depending on to what extent each one of the UEs in the subset of UEs is determined to have had unsuccessful use of the radio interface (4a-b).
A method for preparing a multi-phase structured UV-curable powder coating resin, characterized in that, the method comprises: obtaining an emulsion of a liquid UV resin by heating the liquid UV resin and an emulsifier, dispersing and adding deionized water for emulsification; melting and dispersing a solid UV resin, a phase change agent, an emulsifier, and the deionized water until fully molten and homogeneously dispersed; adding the emulsion of the liquid UV resin with stirring to thoroughly mix; temperature is lowered during the stirring to obtain a suspension of the multi-phase structured UV-curable powder coating resin; press filtering the suspension of the UV-curable powder coating resin to obtain a filter cake; drying and classifying the filter cake to obtain the multi-phase structured UV-curable powder coating resin; wherein the liquid UV resin is at least one selected from the group consisting of polyurethane acrylate, epoxy acrylate, and polyester acrylate; and the solid UV resin is a crystalline unsaturated polyester resin. the method comprises: obtaining an emulsion of a liquid UV resin by heating the liquid UV resin and an emulsifier, dispersing and adding deionized water for emulsification; melting and dispersing a solid UV resin, a phase change agent, an emulsifier, and the deionized water until fully molten and homogeneously dispersed; adding the emulsion of the liquid UV resin with stirring to thoroughly mix; temperature is lowered during the stirring to obtain a suspension of the multi-phase structured UV-curable powder coating resin; press filtering the suspension of the UV-curable powder coating resin to obtain a filter cake; drying and classifying the filter cake to obtain the multi-phase structured UV-curable powder coating resin; obtaining an emulsion of a liquid UV resin by heating the liquid UV resin and an emulsifier, dispersing and adding deionized water for emulsification; melting and dispersing a solid UV resin, a phase change agent, an emulsifier, and the deionized water until fully molten and homogeneously dispersed; adding the emulsion of the liquid UV resin with stirring to thoroughly mix; temperature is lowered during the stirring to obtain a suspension of the multi-phase structured UV-curable powder coating resin; press filtering the suspension of the UV-curable powder coating resin to obtain a filter cake; drying and classifying the filter cake to obtain the multi-phase structured UV-curable powder coating resin; wherein the liquid UV resin is at least one selected from the group consisting of polyurethane acrylate, epoxy acrylate, and polyester acrylate; and the solid UV resin is a crystalline unsaturated polyester resin.
A composition comprising a traditionally-extracted kappa carrageenan, whereby the kappa carrageenan is subjected to an alkaline modification step at an elevated temperature during processing, and has been subjected to an ion exchange process, wherein the kappa carrageenan comprises: a potassium content of 5 mg/g to 30 mg/g carrageenan; a calcium content of less than 7 mg/g carrageenan; and a magnesium content of less than 0.2 mg/g carrageenan. a potassium content of 5 mg/g to 30 mg/g carrageenan; a calcium content of less than 7 mg/g carrageenan; and a magnesium content of less than 0.2 mg/g carrageenan.