mhurhangee/patent-ind-claim-en huggingface dataset:
A method for communicating a packet flow in a communication network, characterized in that the method comprises: determining , by a source node , a format for a first flow handle, FH, based on flow treatment information which reflects a treatment to be rendered to packets of the packet flow by a second network node ; constructing, by the source node , the first flow handle, FH, in accordance with the format; embedding , by the source node , the first FH into the least significant bits of an Internet Protocol, IP, version six, IPv6, source address field of an IPv6 header of a packet of the packet flow to replace an interface identifier in the IPv6 source address field of the IPv6 header; and transmitting , by the source node , the packet of the packet flow to the second network node ; wherein the flow treatment information comprises at least one of: a packet flow identifier, ID, identifying a particular sequence of packets to which the first packet belongs, a service function chain, SFC, ID that is used to forward the first packet along a pre-defined SFC, an access point, AP, ID identifying a network AP, a radio access bearer ID that identifies a radio access link connection, a path ID that is used to forward the first packet over a pre-defined path, a quality of service, QoS, code point that identifies a QoS requirement of the first packet, or a device ID that identifies a device associated with the packet of the packet flow. determining , by a source node , a format for a first flow handle, FH, based on flow treatment information which reflects a treatment to be rendered to packets of the packet flow by a second network node ; constructing, by the source node , the first flow handle, FH, in accordance with the format; embedding , by the source node , the first FH into the least significant bits of an Internet Protocol, IP, version six, IPv6, source address field of an IPv6 header of a packet of the packet flow to replace an interface identifier in the IPv6 source address field of the IPv6 header; and transmitting , by the source node , the packet of the packet flow to the second network node ; wherein the flow treatment information comprises at least one of: a packet flow identifier, ID, identifying a particular sequence of packets to which the first packet belongs, a service function chain, SFC, ID that is used to forward the first packet along a pre-defined SFC, an access point, AP, ID identifying a network AP, a radio access bearer ID that identifies a radio access link connection, a path ID that is used to forward the first packet over a pre-defined path, a quality of service, QoS, code point that identifies a QoS requirement of the first packet, or a device ID that identifies a device associated with the packet of the packet flow.
A method for detecting a faulty cooling unit in a set of cooling units (106a-n) configured to provide a coolant to work rolls (100a-b) arranged to process a work item therebetween, characterized in that the method comprises the following steps: varying (S102) the flow rates of the coolant ejected from at least one of the cooling units; in response to varying the flow rates, determining (S104) a flatness variation value of the work item for at least the at least one cooling unit, the flatness variation value being indicative of the work item flatness variation downstream of the work rolls; and detecting (S106) a faulty cooling unit based on comparing the flatness variation value(s) to a reference flatness variation value. varying (S102) the flow rates of the coolant ejected from at least one of the cooling units; in response to varying the flow rates, determining (S104) a flatness variation value of the work item for at least the at least one cooling unit, the flatness variation value being indicative of the work item flatness variation downstream of the work rolls; and detecting (S106) a faulty cooling unit based on comparing the flatness variation value(s) to a reference flatness variation value.
An electrical pump device with a stator , a rotor as well as with at least one impeller which is connected to the rotor , wherein the stator and the rotor are separated by a rotor can , and with at least one element connected to a bottom wall of the rotor can on an axial end opposite to the at least one impeller , wherein the at least one element is connected to the bottom wall of the rotor can by a positive and/or press fit, characterized in that said at least one element is connected to the bottom wall of the rotor can by deforming at least one bulge , which at least one bulge is preformed in the bottom wall of the rotor can .
A method of printing an electroluminescent ink on a substrate of an identification, value or security document, comprising the steps of: - providing of an intaglio printing unit having an intaglio printing cylinder which can be rotatably driven in a direction of rotation and has a surface in which a plurality of indentations for temporarily storing of printing ink are formed, and having a wiper cylinder interacting with the surface of the intaglio printing cylinder , - applying the printing ink to the surface and into the indentations of the intaglio printing cylinder , - wiping the surface of the rotating intaglio printing cylinder by moving the wiper cylinder in a direction other than the direction of rotation of the intaglio printing cylinder , and - applying the substrate to the intaglio printing cylinder and transferring the electroluminescent ink introduced into the indentations to the substrate . - providing of an intaglio printing unit having an intaglio printing cylinder which can be rotatably driven in a direction of rotation and has a surface in which a plurality of indentations for temporarily storing of printing ink are formed, and having a wiper cylinder interacting with the surface of the intaglio printing cylinder , - applying the printing ink to the surface and into the indentations of the intaglio printing cylinder , - wiping the surface of the rotating intaglio printing cylinder by moving the wiper cylinder in a direction other than the direction of rotation of the intaglio printing cylinder , and - applying the substrate to the intaglio printing cylinder and transferring the electroluminescent ink introduced into the indentations to the substrate .
A method comprising: for snapshot metadata of a plurality of snapshots received for a defined data collection, arranging the snapshot metadata of the plurality of snapshots in a key-value store for the defined data collection based on receipt of the snapshot metadata from one or more data sources , wherein the method is characterized in that J arranging the snapshot metadata of the plurality of snapshots comprises: identifying each of the plurality of snapshots with a deterministically generated identifier, for the snapshot metadata of each of the plurality of snapshots, using the deterministically generated identifier as a key prefix for the snapshot metadata of the snapshot in the key-value store ; and for snapshot data of the plurality of snapshots, arranging the snapshot data of each of the plurality of snapshots into separate data files, and generating snapshot metadata in the key-value store for each of the plurality of snapshots that maps the snapshot data of the snapshot to one or more locations in a corresponding one of the data files. for snapshot metadata of a plurality of snapshots received for a defined data collection, arranging the snapshot metadata of the plurality of snapshots in a key-value store for the defined data collection based on receipt of the snapshot metadata from one or more data sources , wherein the method is characterized in that J arranging the snapshot metadata of the plurality of snapshots comprises: identifying each of the plurality of snapshots with a deterministically generated identifier, for the snapshot metadata of each of the plurality of snapshots, using the deterministically generated identifier as a key prefix for the snapshot metadata of the snapshot in the key-value store ; and identifying each of the plurality of snapshots with a deterministically generated identifier, for the snapshot metadata of each of the plurality of snapshots, using the deterministically generated identifier as a key prefix for the snapshot metadata of the snapshot in the key-value store ; and for snapshot data of the plurality of snapshots, arranging the snapshot data of each of the plurality of snapshots into separate data files, and generating snapshot metadata in the key-value store for each of the plurality of snapshots that maps the snapshot data of the snapshot to one or more locations in a corresponding one of the data files. arranging the snapshot data of each of the plurality of snapshots into separate data files, and generating snapshot metadata in the key-value store for each of the plurality of snapshots that maps the snapshot data of the snapshot to one or more locations in a corresponding one of the data files.
Process for yarn spinning, wherein • a yarn runs between a yarn feeding means towards a yarn picking means , through; ∘ tension means comprising a cursor that is coupled to a bobbin rail connected to the yarn picking means , ∘ twisting means wherein the twisting means comprises the bobbin rail having a diameter DB and, ∘ guiding means , • the said yarn picking means being connected to driving means to rotate the yarn picking means at a predetermined speed, • a stretch of balloon (B) is generated in a point located within the distance LB which corresponds to the distance between the guiding means and the twisting means, characterized in that , during the yarn spinning process, the distance LB is 5 to 25 times the diameter DB of the twisting means, such that at least a hyperboloid structure (E) forming at least two stretches of balloon (B) consecutive to each other is created without recourse to apparatus elements along the distance LB. • a yarn runs between a yarn feeding means towards a yarn picking means , through; ∘ tension means comprising a cursor that is coupled to a bobbin rail connected to the yarn picking means , ∘ twisting means wherein the twisting means comprises the bobbin rail having a diameter DB and, ∘ guiding means , ∘ tension means comprising a cursor that is coupled to a bobbin rail connected to the yarn picking means , ∘ twisting means wherein the twisting means comprises the bobbin rail having a diameter DB and, ∘ guiding means , • the said yarn picking means being connected to driving means to rotate the yarn picking means at a predetermined speed, • a stretch of balloon (B) is generated in a point located within the distance LB which corresponds to the distance between the guiding means and the twisting means,
A radio access network entity, referred to as serving radio access network entity, and controlling one or more cells, configured to: - send to a core network entity, referred to as serving core network entity, a list of recommended cells for paging of a user equipment in idle mode, said list of recommended cells for paging of said user equipment being organised as a list of recommended radio access network entities to send paging messages to, and for each radio access network entity a list of recommended cells for paging of said user equipment. - send to a core network entity, referred to as serving core network entity, a list of recommended cells for paging of a user equipment in idle mode, said list of recommended cells for paging of said user equipment being organised as a list of recommended radio access network entities to send paging messages to, and for each radio access network entity a list of recommended cells for paging of said user equipment.
A door stop assembly arranged for damping the mechanical impact of a closing door, the door stop assembly comprising a. a plate having opposing major surfaces interconnected by a plate sidewall , the plate being provided with an elongated channel delimited by opposing channel sidewalls extending in an elongation direction (LL18) up to a first opening in the sidewall of the plate , and wherein the channel forms a second opening in one of the major surfaces of the plate , the second opening extending in the elongation direction (LL18), and b. a bumper strip inserted in the channel through the first opening and protruding from the channel through the second opening , characterized in that the door stop assembly further comprises an occluding device for maintaining the bumper strip in the channel by hindering the passage of the bumper strip through the first opening back out of the channel , the occluding device comprising an insertion part configured to be inserted into the channel through the first opening of the channel , wherein the insertion part comprises a main body extending in a length direction (LL3) from a bumper end configured to lie adjacent to the bumper strip in the channel , up to a head end configured to lie adjacent to the first opening of the channel , and wherein the insertion part further comprises fixation means provided on the main body , wherein the fixation means are arranged to fixate the position of the occluding device in the channel after insertion of the occluding device in the channel . a. a plate having opposing major surfaces interconnected by a plate sidewall , the plate being provided with an elongated channel delimited by opposing channel sidewalls extending in an elongation direction (LL18) up to a first opening in the sidewall of the plate , and wherein the channel forms a second opening in one of the major surfaces of the plate , the second opening extending in the elongation direction (LL18), and b. a bumper strip inserted in the channel through the first opening and protruding from the channel through the second opening ,
A vehicle door lock control comprising: an operating handle (2;3) fixed to a door of a vehicle; a base plate fixed in the door ; an operating shaft mounted to the base plate ; an operating lever (13;15) pivotally secured to the operating shaft and connected to the operating handle (2;3); a release lever pivotally secured to the operating shaft and connected to a door latch device (4;5) for enabling the door to open in an unlocking position and to close in a locked position; a lock control pin that allows the release lever to move between the unlocking position and the locked position; a knob lever that moves the lock control pin to the unlocking position and the locked position; a knob provided at an inside of the vehicle to operate the knob lever manually; a actuator that operates the knob lever electrically; and an output shaft provided on the actuator , the knob lever being pivotally secured to the output shaft from which power of the locking/unlocking actuator is supplied, characterized in that : the knob is disposed at one side of the base plate , while the actuator is disposed at the other side of the base plate so that the knob faces the actuator at each side of the base plate . an operating handle (2;3) fixed to a door of a vehicle; a base plate fixed in the door ; an operating shaft mounted to the base plate ; an operating lever (13;15) pivotally secured to the operating shaft and connected to the operating handle (2;3); a release lever pivotally secured to the operating shaft and connected to a door latch device (4;5) for enabling the door to open in an unlocking position and to close in a locked position; a lock control pin that allows the release lever to move between the unlocking position and the locked position; a knob lever that moves the lock control pin to the unlocking position and the locked position; a knob provided at an inside of the vehicle to operate the knob lever manually; a actuator that operates the knob lever electrically; and an output shaft provided on the actuator , the knob lever being pivotally secured to the output shaft from which power of the locking/unlocking actuator is supplied, characterized in that : the knob is disposed at one side of the base plate , while the actuator is disposed at the other side of the base plate so that the knob faces the actuator at each side of the base plate .
A conjugated diene polymer satisfying following conditions to : the conjugated diene polymer has two or more peaks in a molecular weight distribution curve obtained by measurement with gel permeation chromatography (GPC); the molecular weight distribution curve contains a peak (A) having a peak molecular weight of 500,000 to 2,500,000 and a peak (B) having a peak molecular weight of 150,000 to 600,000; a total value of an area of the peak (A) and an area of the peak (B) is 70% or more of a total area of the molecular weight distribution curve; and an absolute value of difference between a glass transition temperature of a conjugated diene polymer in the peak (A) (Tg (A)), measured as described in " Glass transition temperature and number of glass transition temperature peaks" in the description, and a glass transition temperature of a conjugated diene polymer in the peak (B) (Tg (B)), measured as described in " Glass transition temperature and number of glass transition temperature peaks" in the description, is 2°C to 20°C, wherein the conjugated diene polymer in the peak (A) contains 10 to 50% by mass of a vinyl aromatic compound and has a 1,2-vinyl bond content of 20 to 70%. the conjugated diene polymer has two or more peaks in a molecular weight distribution curve obtained by measurement with gel permeation chromatography (GPC); the molecular weight distribution curve contains a peak (A) having a peak molecular weight of 500,000 to 2,500,000 and a peak (B) having a peak molecular weight of 150,000 to 600,000; a total value of an area of the peak (A) and an area of the peak (B) is 70% or more of a total area of the molecular weight distribution curve; and an absolute value of difference between a glass transition temperature of a conjugated diene polymer in the peak (A) (Tg (A)), measured as described in " Glass transition temperature and number of glass transition temperature peaks" in the description, and a glass transition temperature of a conjugated diene polymer in the peak (B) (Tg (B)), measured as described in " Glass transition temperature and number of glass transition temperature peaks" in the description, is 2°C to 20°C,
An adhesive composition comprising lysine, itaconic acid, and water, wherein the lysine and the itaconic acid are present in the form of an aqueous solution of a salt and do not form precipitates in the aqueous solution, and wherein the mixing molar ratio of the lysine to the itaconic acid is from 2.3:1 to 1:1.5.
An information transmission method performed by a terminal device, wherein the method comprises: generating (S210) first information, wherein the first information is used to indicate a receiving status of downlink data and/or is used to indicate a scheduling request status; determining (S220) a first sequence from N sequence candidates based on the first information, wherein the first information belongs to N information candidates, and a mapping between the first information and the first sequence belongs to P mappings, wherein each of the P mappings comprises a mapping between the N information candidates and the N sequence candidates, and the N sequence candidates are generated based on N dedicated cyclic shift values and a first initial cyclic shift value, wherein the N dedicated cyclic shift values are dedicated parameters respectively used to generate the N sequence candidates, and the first initial cyclic shift value is a common parameter used to generate the N sequence candidates, wherein in the P mappings, sequence candidates corresponding to a same information candidate are different, wherein the same information candidate belongs to L information candidates in the N information candidates, both P and L are integers greater than 1, and L is less than or equal to N; and sending (S230) the first sequence. generating (S210) first information, wherein the first information is used to indicate a receiving status of downlink data and/or is used to indicate a scheduling request status; determining (S220) a first sequence from N sequence candidates based on the first information, wherein the first information belongs to N information candidates, and a mapping between the first information and the first sequence belongs to P mappings, wherein each of the P mappings comprises a mapping between the N information candidates and the N sequence candidates, and the N sequence candidates are generated based on N dedicated cyclic shift values and a first initial cyclic shift value, wherein the N dedicated cyclic shift values are dedicated parameters respectively used to generate the N sequence candidates, and the first initial cyclic shift value is a common parameter used to generate the N sequence candidates, wherein in the P mappings, sequence candidates corresponding to a same information candidate are different, wherein the same information candidate belongs to L information candidates in the N information candidates, both P and L are integers greater than 1, and L is less than or equal to N; and sending (S230) the first sequence.
A laser light beam projection assembly comprising: a first cluster of laser illumination sources arranged to provide a first cluster of light beams, the individual beams having a first etendue and a second cluster of laser illumination sources arranged to provide a second cluster of light beams, the individual beams having a second etendue, and means for changing the direction of said first cluster and/or said second cluster of light beams; wherein said first etendue is different from said second etendue; wherein said laser illumination sources are arranged so that the total etendue of the first cluster of light beams is substantially equal to the etendue of the second cluster of light beams; and wherein the means for changing the direction comprise a mirror system and are arranged so that the clusters of light beams are brought into a combined cluster light beam having substantially the same etendue as the larger one of said first etendue and said second etendue, the light beam projection assembly comprising a third cluster of laser illumination sources arranged to provide a third cluster of light beams, wherein said first cluster of light beams comprises red light beams, wherein said second cluster of light beams comprises blue light beams, wherein said third cluster of light beams comprises green light beams, and wherein said first, second, and third clusters are blended so that the blended light beam appears white. a first cluster of laser illumination sources arranged to provide a first cluster of light beams, the individual beams having a first etendue and a second cluster of laser illumination sources arranged to provide a second cluster of light beams, the individual beams having a second etendue, and means for changing the direction of said first cluster and/or said second cluster of light beams; wherein said first etendue is different from said second etendue; wherein said laser illumination sources are arranged so that the total etendue of the first cluster of light beams is substantially equal to the etendue of the second cluster of light beams; and wherein the means for changing the direction comprise a mirror system and are arranged so that the clusters of light beams are brought into a combined cluster light beam having substantially the same etendue as the larger one of said first etendue and said second etendue, the light beam projection assembly comprising a third cluster of laser illumination sources arranged to provide a third cluster of light beams, wherein said first cluster of light beams comprises red light beams, wherein said second cluster of light beams comprises blue light beams, wherein said third cluster of light beams comprises green light beams, and wherein said first, second, and third clusters are blended so that the blended light beam appears white.