mhurhangee/ep-ind-claims huggingface dataset:
An apparatus of an eNodeB (112; 212), the eNodeB configured to communicate with a User Equipment,UE, the apparatus comprising one or more processors and memory configured to: select one or more scheduling strategies for communicating one or more packet data units,PDUs, from a packet data convergence protocol,PDCP, layer to a plurality of lower link layers for communication to the UE, wherein the one or more scheduling strategies are one or more predictable scheduling strategies; associate each one of the one or more PDUs with a sequence number,SN; and signal a transceiver of the eNodeB to transmit to the UE the one or more PDUs and associated sequence numbers,SNs, on the plurality of lower link layers according to the one or more scheduling strategies, wherein a predictable scheduling strategy is for enabling the UE to identify a dropped PDU source among the plurality of lower link layers based on the one or more predictable scheduling strategies. select one or more scheduling strategies for communicating one or more packet data units,PDUs, from a packet data convergence protocol,PDCP, layer to a plurality of lower link layers for communication to the UE, wherein the one or more scheduling strategies are one or more predictable scheduling strategies; associate each one of the one or more PDUs with a sequence number,SN; and signal a transceiver of the eNodeB to transmit to the UE the one or more PDUs and associated sequence numbers,SNs, on the plurality of lower link layers according to the one or more scheduling strategies, wherein a predictable scheduling strategy is for enabling the UE to identify a dropped PDU source among the plurality of lower link layers based on the one or more predictable scheduling strategies.
A phosphor device (1, 3) of an illumination system (2, 4), the illumination system (2, 4) emitting a first waveband light to the phosphor device (1, 3) so as to be converted into a second waveband light, the phosphor device (1, 3) comprising: a substrate (10, 30); wherein a first phosphor layer (11, 31) is formed on the substrate (10, 30), comprising: a yellow phosphor agent, wherein the first waveband light is converted into a first color light and a second color light by the yellow phosphor agent; and a red phosphor agent distributed over the yellow phosphor agent for converting the first waveband light into a third color light, wherein the range of the spectrum of the second color light and the range of the spectrum of the third color light are at least partially overlapped, and the first color light, the second color light and the third color light are integrated as the second waveband light; and characterized in that the substrate (10,30) is a reflective substrate, and further characterized by a second phosphor layer (12, 32), wherein the second phosphor layer (12,32) is disposed on the first phosphor layer (11, 31), and wherein the second phosphor layer (12, 32) comprises the yellow phosphor agent for simultaneously converting the first waveband light into the first color light and the second color light and decreasing the energy of the first waveband light. a yellow phosphor agent, wherein the first waveband light is converted into a first color light and a second color light by the yellow phosphor agent; and a red phosphor agent distributed over the yellow phosphor agent for converting the first waveband light into a third color light, wherein the range of the spectrum of the second color light and the range of the spectrum of the third color light are at least partially overlapped, and the first color light, the second color light and the third color light are integrated as the second waveband light; and characterized in that the substrate (10,30) is a reflective substrate, and further characterized by a second phosphor layer (12, 32), wherein the second phosphor layer (12,32) is disposed on the first phosphor layer (11, 31), and wherein the second phosphor layer (12, 32) comprises the yellow phosphor agent for simultaneously converting the first waveband light into the first color light and the second color light and decreasing the energy of the first waveband light.
A production method for an ion exchange membrane for alkali chloride electrolysis, which is a method for producing an ion exchange membrane for alkali chloride electrolysis having a layer containing a fluorinated polymer having carboxylic acid type functional groups and further having a layer containing a fluorinated polymer having sulfonic acid type functional groups, by immersing an ion exchange membrane precursor film having a precursor layer containing a fluorinated polymer having groups convertible to carboxylic acid type functional groups and further having a precursor layer containing a fluorinated polymer having groups convertible to sulfonic acid type functional groups, in an alkaline aqueous solution containing an alkali metal hydroxide, a water-soluble organic solvent and water, and subjecting the groups convertible to carboxylic acid type functional groups to hydrolysis treatment to convert them to carboxylic acid type functional groups, and at the same time, subjecting the groups convertible to sulfonic acid type functional groups to hydrolysis treatment to convert them to sulfonic acid type functional groups, wherein the concentration of the water-soluble organic solvent is from 5 to 50 mass% in the alkaline aqueous solution (100 mass%), the proportion of structural units having the carboxylic acid type functional groups in the fluorinated polymer having the carboxylic acid type functional groups, is from 14.00 to 14.50 mol%, in all structural units (100 mol%) in the fluorinated polymer having the carboxylic acid type functional groups, the proportion of structural units having the sulfonic acid type functional groups in the fluorinated polymer having the sulfonic acid type functional groups, is from 15.00 to 18.00 mol%, in all structural units (100 mol%) in the fluorinated polymer having the sulfonic acid type functional groups, and the water content of the layer containing the fluorinated polymer having the carboxylic acid type functional groups is from 8.0 to 11.5 mass%.
A method performed by a scenario reconstruction system for supporting assessment of unforeseen driving scenarios of a host vehicle, said method comprising: storing continuously and/or intermittently timestamped sensor data comprising said host vehicle's geographical position and surroundings captured with support from one or more surrounding detecting sensors onboard said host vehicle; detecting at a scenario time instance, involvement of said host vehicle in an unforeseen driving scenario; deriving from said timestamped sensor data, subsets of sensor data, i.e. snapshots, pertinent plural separate timestamps at least prior said scenario time instance; identifying one or more surrounding detecting sensors-provided entities respectively present in said subsets pertinent at least two respective separate timestamps; selecting at least a first entity out of said identified entities, fulfilling selection criteria; and communicating to said at least first selected entity, request data prompting said at least first selected entity to provide stored timestamped sensor data of its surroundings. storing continuously and/or intermittently timestamped sensor data comprising said host vehicle's geographical position and surroundings captured with support from one or more surrounding detecting sensors onboard said host vehicle; detecting at a scenario time instance, involvement of said host vehicle in an unforeseen driving scenario; deriving from said timestamped sensor data, subsets of sensor data, i.e. snapshots, pertinent plural separate timestamps at least prior said scenario time instance; identifying one or more surrounding detecting sensors-provided entities respectively present in said subsets pertinent at least two respective separate timestamps; selecting at least a first entity out of said identified entities, fulfilling selection criteria; and communicating to said at least first selected entity, request data prompting said at least first selected entity to provide stored timestamped sensor data of its surroundings.
A steering system comprising: a pinion shaft with pinion teeth formed thereon; a rack shaft with rack teeth formed thereon and meshing with the pinion teeth; and a pair of stoppers that regulates movement of the rack shaft at right and left stroke end positions of the rack shaft, characterized in that the rack teeth are formed such that the rack teeth on a first end side of the rack shaft and the rack teeth on a second end side of the rack shaft are asymmetric with respect to a reference position, the reference position being an area of the rack teeth, in which the rack teeth mesh with the pinion teeth in a steering neutral state, and in regard to a stroke position of the rack shaft, the stroke end positions are each offset from a peak generation stroke position where a dedendum stress of the rack teeth based on meshing transmission via the pinion teeth reaches a peak. a pinion shaft with pinion teeth formed thereon; a rack shaft with rack teeth formed thereon and meshing with the pinion teeth; and a pair of stoppers that regulates movement of the rack shaft at right and left stroke end positions of the rack shaft, characterized in that the rack teeth are formed such that the rack teeth on a first end side of the rack shaft and the rack teeth on a second end side of the rack shaft are asymmetric with respect to a reference position, the reference position being an area of the rack teeth, in which the rack teeth mesh with the pinion teeth in a steering neutral state, and in regard to a stroke position of the rack shaft, the stroke end positions are each offset from a peak generation stroke position where a dedendum stress of the rack teeth based on meshing transmission via the pinion teeth reaches a peak.
Film packaging material having at least one processing layer and at least one barrier layer, at least one further layer being arranged between the processing layer and the barrier layer, characterized in that a material which reflects and/or scatters a laser beam is provided in the further layer, which material reduces the active energy of a laser beam introduced from the side of the processing layer onto the barrier layer, partial laser cuts being introduced into the processing layer.
A dispensing device (2, 2', 2"; 36, 37) for dispensing substances, such as cleaning agents, washing agents or dishwashing detergents, in domestic appliances (1, 1', 1"; 35), such as washing machines, dishwashers or the like, comprising: a dispensing unit (25, 37) having control means for controlling the dispensing of the substances and a tank receptacle (23, 24, 30, 31, 41), a tank (26, 36) for storing the substances, the tank (26, 36) being designed as an exchange unit which can be connected to the tank receptacle, at least one connection for data transmission between the dispensing unit (25, 37) and the tank (26, 36) and at least one connection for data transmission (38, 39) between the domestic appliance (1, 1', 1"; 35) and the tank (26, 36) and/or the dosing unit (25, 37) while the dosing unit (25, 37) is arranged in a working space of the household appliance, the connections for data transmission (38, 39, 40) being configured for sending and/or receiving optical signals, and characterized in that the tank (26, 36) comprises a control unit for controlling the dispensing and/or the cleaning program.
An apparatus, comprising: a first fitting operable to be coupled to a first surface to be deformed; and an actuator comprising: a second fitting operable to be coupled to a second surface; a third fitting operable to be coupled to the second surface; a lever comprising a first end and a second end, the lever operable to be coupled to the second fitting proximate to the first end of the lever; a shaft operable to be coupled to the first fitting and further operable to be coupled through the second fitting to the lever proximate to the first end of the lever; and a threaded shaft operable to couple the third fitting to the lever proximate to the second end of the lever, characterised in that the apparatus is operable to displace the first surface relative to the second surface when the threaded shaft is rotated. a first fitting operable to be coupled to a first surface to be deformed; and an actuator comprising: a second fitting operable to be coupled to a second surface; a third fitting operable to be coupled to the second surface; a lever comprising a first end and a second end, the lever operable to be coupled to the second fitting proximate to the first end of the lever; a shaft operable to be coupled to the first fitting and further operable to be coupled through the second fitting to the lever proximate to the first end of the lever; and a threaded shaft operable to couple the third fitting to the lever proximate to the second end of the lever, characterised in that the apparatus is operable to displace the first surface relative to the second surface when the threaded shaft is rotated. a second fitting operable to be coupled to a second surface; a third fitting operable to be coupled to the second surface; a lever comprising a first end and a second end, the lever operable to be coupled to the second fitting proximate to the first end of the lever; a shaft operable to be coupled to the first fitting and further operable to be coupled through the second fitting to the lever proximate to the first end of the lever; and a threaded shaft operable to couple the third fitting to the lever proximate to the second end of the lever, characterised in that the apparatus is operable to displace the first surface relative to the second surface when the threaded shaft is rotated.
Method for managing a rule for classifying a packet of a control message relating to a communications service intended to be used by a terminal of a user, said rule relating to the routing of said packet in a communications infrastructure providing said service and comprising entities through which the packet is forwarded, the method being implemented in a device for managing said classification rule of said infrastructure and characterized in that it comprises, after a step of receiving a signalling message of said terminal, comprising data for identifying said user: - a step of obtaining an information item relating to the communication service, termed service information item, said information item comprising a filtering parameter relating to said identification data received, - a step of determining said rule for classifying the at least one packet as a function of the service information item obtained, the rule being used for the gradual routing of said packet by the entities in the communications infrastructure, - a step of emitting an instruction message comprising said determined classification rule destined for said terminal, - a step of emitting a configuration message (M7, M8) comprising said classification rule destined for at least one device (40, 20) for steering the packet from an access entity of the communication infrastructure. - a step of obtaining an information item relating to the communication service, termed service information item, said information item comprising a filtering parameter relating to said identification data received, - a step of determining said rule for classifying the at least one packet as a function of the service information item obtained, the rule being used for the gradual routing of said packet by the entities in the communications infrastructure, - a step of emitting an instruction message comprising said determined classification rule destined for said terminal, - a step of emitting a configuration message (M7, M8) comprising said classification rule destined for at least one device (40, 20) for steering the packet from an access entity of the communication infrastructure.
Radiator comprising lighting means, a plurality of control means for the lighting means capable of controlling control parameters selected from on/off, intensity, colour and switch-on time of the lighting means, and regulation means for the plurality of control means, at least two distinct control means being capable of controlling the same control parameter, characterised in that each control means is configured to control several control parameters.
A breastshield unit of a breast pump for expressing human breastmilk, wherein the breastshield unit comprises a breastshield for placing onto a human breast, a milk collection container for receiving expressed breastmilk, a breastshield adapter for connecting the breastshield to the milk collection container, and at least one sensor for detecting the breastmilk, wherein a milk channel extends from the breastshield through the breastshield adapter into the milk collection container, wherein the milk channel defines a direction of flow of the breastmilk, wherein a siphon is arranged in the milk channel, wherein the at least one sensor for detecting the breastmilk is arranged downstream from the siphon in the direction of flow of the breastmilk.
A method in a radio network node for dynamic carrier mode switching, the radio network node being: comprised in a radio communications system; configured to operate in a legacy mode; and configured to operate in a non legacy mode, said non legacy mode supporting a service in a way that is non backward compatible with the legacy mode with respect to cell specific reference symbols, wherein the service is discontinuous transmission for power saving in the radio network node, the method comprising: operating (602,604,704,711,803,808) at least one carrier to switch between the non legacy mode and the legacy mode, when operating the at least one carrier in the legacy mode, signalling (603,707,805) with a user equipment only operable on said at least one carrier in the legacy mode, when operating the at least one carrier in the non legacy mode, performing discontinuous transmission for power saving while using the cell specific reference symbols during an active period of the discontinuous transmission. operating (602,604,704,711,803,808) at least one carrier to switch between the non legacy mode and the legacy mode, when operating the at least one carrier in the legacy mode, signalling (603,707,805) with a user equipment only operable on said at least one carrier in the legacy mode, when operating the at least one carrier in the non legacy mode, performing discontinuous transmission for power saving while using the cell specific reference symbols during an active period of the discontinuous transmission.
A power determining method, comprising: determining an initial transmit power of each transmission object in a transmission object set, wherein the transmission object set comprises all to-be-transmitted uplink channels and/or sounding reference signals, SRSs; when a sum of initial transmit powers of all the transmission objects in the transmission object set is greater than a maximum transmit power, performing a power reduction operation based on a priority sequence of uplink control information, UCI, carried in a transmission object, so as to acquire an available transmit power of each transmission object in the transmission object set, wherein a sum of the available transmit powers of all the transmission objects in the transmission object set is not greater than the maximum transmit power; wherein the priority sequence of UCI carried in a transmission object comprises the following: when channel state information, hybrid automatic repeat request information and a scheduling request exist, a priority of the channel state information is lower than a priority of the scheduling request, and a priority of the hybrid automatic repeat request information is equal to the priority of the scheduling request; and sending each transmission object in the transmission object set according to the available transmit power corresponding to each transmission object in the transmission object set. determining an initial transmit power of each transmission object in a transmission object set, wherein the transmission object set comprises all to-be-transmitted uplink channels and/or sounding reference signals, SRSs; when a sum of initial transmit powers of all the transmission objects in the transmission object set is greater than a maximum transmit power, performing a power reduction operation based on a priority sequence of uplink control information, UCI, carried in a transmission object, so as to acquire an available transmit power of each transmission object in the transmission object set, wherein a sum of the available transmit powers of all the transmission objects in the transmission object set is not greater than the maximum transmit power; wherein the priority sequence of UCI carried in a transmission object comprises the following: when channel state information, hybrid automatic repeat request information and a scheduling request exist, a priority of the channel state information is lower than a priority of the scheduling request, and a priority of the hybrid automatic repeat request information is equal to the priority of the scheduling request; and sending each transmission object in the transmission object set according to the available transmit power corresponding to each transmission object in the transmission object set.