mhurhangee/patent-ind-claim-en huggingface dataset:
An operation lever for a working vehicle , the operation lever being suitable for being arranged to one side of an operator seat of the working vehicle , comprising: a swing body configured to be swingable; and a grip arranged on an upper portion of the swing body , wherein the grip includes: a gripping portion arranged to the one side; an operating portion arranged to another side opposed to the one side and provided with an operation switch (30, 31, 32, or 130, 131, 132, 134, 135); an extending portion extending backward from a lower portion of the gripping portion ; and an anti-slip portion arranged between a surface of the gripping portion and a surface of the extending portion , characterized in that a friction coefficient of a surface of the anti-slip portion is larger than a friction coefficient of a surface of the gripping portion where the anti-slip portion is not provided . a swing body configured to be swingable; and a grip arranged on an upper portion of the swing body , wherein the grip includes: a gripping portion arranged to the one side; an operating portion arranged to another side opposed to the one side and provided with an operation switch (30, 31, 32, or 130, 131, 132, 134, 135); an extending portion extending backward from a lower portion of the gripping portion ; and an anti-slip portion arranged between a surface of the gripping portion and a surface of the extending portion , characterized in that a gripping portion arranged to the one side; an operating portion arranged to another side opposed to the one side and provided with an operation switch (30, 31, 32, or 130, 131, 132, 134, 135); an extending portion extending backward from a lower portion of the gripping portion ; and an anti-slip portion arranged between a surface of the gripping portion and a surface of the extending portion , characterized in that a friction coefficient of a surface of the anti-slip portion is larger than a friction coefficient of a surface of the gripping portion where the anti-slip portion is not provided .
A method for controlling append-only-file (AOF) rewrites, comprising: determining a recovery time to recover a shard of a database from an AOF, the determining comprising adding together the write times for each of a plurality of write operations to the shard; determining whether the recovery time exceeds a recovery time threshold; and when the recovery time is determined to exceed the recovery time threshold, causing an AOF rewrite to be performed. determining a recovery time to recover a shard of a database from an AOF, the determining comprising adding together the write times for each of a plurality of write operations to the shard; determining whether the recovery time exceeds a recovery time threshold; and when the recovery time is determined to exceed the recovery time threshold, causing an AOF rewrite to be performed.
A method for assigning, by a resource orchestration entity , resources for a service carried out on a data packet flow in a multilayer network, the multilayer network comprising a plurality of virtualization layers, the method comprising, at each virtualization layer: - determining (S11) software requirements and network requirements necessary for the service wherein the software requirements and network requirements are received by the network resource orchestration entity from an upper virtualization layer through a northbound interface, - determining (S12) a virtual network topology of the network with at least one virtual network entity , the virtual network entity comprising entity computing resources and entity network resources, - assigning (S13) the software requirements and the network requirements at least partially to the entity computing resources and the entity network resources, - determining software resources and network resources needed for carrying out the service, wherein the software resources and network resources are received by the network resource orchestration entity from a lower virtualization layer through a southbound interface, and - assigning the determined software and network resources to the at least one virtual network entity . - determining (S11) software requirements and network requirements necessary for the service wherein the software requirements and network requirements are received by the network resource orchestration entity from an upper virtualization layer through a northbound interface, - determining (S12) a virtual network topology of the network with at least one virtual network entity , the virtual network entity comprising entity computing resources and entity network resources, - assigning (S13) the software requirements and the network requirements at least partially to the entity computing resources and the entity network resources, - determining software resources and network resources needed for carrying out the service, wherein the software resources and network resources are received by the network resource orchestration entity from a lower virtualization layer through a southbound interface, and - assigning the determined software and network resources to the at least one virtual network entity .
Method for transporting pairs of packs, comprising: - arranging a first pair of packs on a horizontal transport device, - transporting the first pair of packs in a horizontal direction in the horizontal transport device; - arranging a second pair of packs on the horizontal transport device; therein, for each of the first pair and the second pair of the pair of packs, spacing a first pack of the first and second pair of packs and a second pack of the first and second pair of packs vertically from each other in the horizontal transport device, and further spacing the first pair of packs and the second pair of packs horizontally from each other on the horizontal transport device; and keeping the first pack and the second pack of the first and second pair of packs vertically spaced from each other in the horizontal transport device by providing a partition element in between the first pack and the second pack of the first and second pair of packs, wherein the partition element is arranged stationary in the horizontal transport device. - arranging a first pair of packs on a horizontal transport device, - transporting the first pair of packs in a horizontal direction in the horizontal transport device; - arranging a second pair of packs on the horizontal transport device;
The use of a quaternary ammonium compound as an additive in a gasoline composition to reduce particulate emissions from a direct injection spark ignition engine; wherein the quaternary ammonium compound is the reaction product of a nitrogen-containing species having at least one tertiary amine group and a quaternising agent wherein the nitrogen-containing species having at least one tertiary amine group may be selected from: (i) the reaction product of a hydrocarbyl-substituted acylating agent and a compound comprising at least one tertiary amine group and a primary amine, secondary amine or alcohol group; (ii) a Mannich reaction product comprising a tertiary amine group; (iii) a polyalkylene substituted amine having at least one tertiary amine group; (iv) a tertiary amine of formula R 1 R 2 R 3 N, wherein each of R 1 , R 2 and R 3 is independently an alkyl group or a hydroxyalkyl group; and (v) a cyclic tertiary amine. (i) the reaction product of a hydrocarbyl-substituted acylating agent and a compound comprising at least one tertiary amine group and a primary amine, secondary amine or alcohol group; (ii) a Mannich reaction product comprising a tertiary amine group; (iii) a polyalkylene substituted amine having at least one tertiary amine group; (iv) a tertiary amine of formula R 1 R 2 R 3 N, wherein each of R 1 , R 2 and R 3 is independently an alkyl group or a hydroxyalkyl group; and (v) a cyclic tertiary amine.
A method of detecting when a first mobile device is left in a building, the method comprising: determining that an alarm system of a building has been armed, wherein determining that an alarm system of a building has been armed comprises receiving a first pin entered via a user input from a first individual, the first pin being associated with the first mobile device belonging to the first individual, wherein the first pin arms the alarm system; detecting positional data of a first mobile device for a selected period of time after the alarm system has been activated; determining a location of the first mobile device after the selected period of time in response to the positional data, the location of the first mobile device being within the building; activating an alarm in response to the location of the first mobile device being within the building; and preventing an alarm from being activated on a second mobile device belonging to a second individual, wherein a second pin for arming the alarm system is associated with the second mobile device, the second pin being different from the first pin. determining that an alarm system of a building has been armed, wherein determining that an alarm system of a building has been armed comprises receiving a first pin entered via a user input from a first individual, the first pin being associated with the first mobile device belonging to the first individual, wherein the first pin arms the alarm system; detecting positional data of a first mobile device for a selected period of time after the alarm system has been activated; determining a location of the first mobile device after the selected period of time in response to the positional data, the location of the first mobile device being within the building; activating an alarm in response to the location of the first mobile device being within the building; and preventing an alarm from being activated on a second mobile device belonging to a second individual, wherein a second pin for arming the alarm system is associated with the second mobile device, the second pin being different from the first pin.
Electrically operated slice-cutting machine for cutting slices from in particular strand-shaped cutting stock, preferably a foodstuff, comprising a machine housing which holds a drive motor and a rotating and/or circumferentially movable cutting blade that is driven by the drive motor, and comprising a product feeder which feeds the cutting stock to the cutting blade , the slice-cutting machine comprising a carrier plate and a cutting frame arranged thereon via which the cutting stock is fed to the cutting blade , characterized in that the cutting frame is geometrically designed in such a way that the cutting stock can be fed from the product feeder to the cutting blade through the cutting frame in the operating state of the slice-cutting machine , in that the slice-cutting machine has at least a first and a second lever element for releasably securing the cutting frame , each of the two lever elements being transferable from a holding position into a release position by means of a movement mechanism , in that each of the two lever elements rests against the cutting frame in the holding position , in that the cutting frame can be secured on the carrier plate by the lever elements in the holding position , and in that , in the release position , the relevant lever element is spaced apart from the cutting frame and the cutting frame can be released from the carrier plate without tools.
Method for evaluating signal data, having the following features: - a bus signal channel provides the signal data, - a reference channel provides reference signal values, on which the signal data are based, - a computer calculates a signal interpretation on the basis of an interpretable portion of the signal data and the reference signal values and reconstructs a signal, - a signal interpretation memory stores the reconstructed signal and the signal interpretation , - the computer determines a portion of the signal data which is in need of interpretation and is not included in the interpretable portion, - the signal interpretation memory also stores the portion of the signal data which is in need of interpretation, characterized by the following features: - a feedback channel provides feedback relating to the reconstructed signal, and - the computer assesses the signal interpretation on the basis of the feedback. - a bus signal channel provides the signal data, - a reference channel provides reference signal values, on which the signal data are based, - a computer calculates a signal interpretation on the basis of an interpretable portion of the signal data and the reference signal values and reconstructs a signal, - a signal interpretation memory stores the reconstructed signal and the signal interpretation , - the computer determines a portion of the signal data which is in need of interpretation and is not included in the interpretable portion, - the signal interpretation memory also stores the portion of the signal data which is in need of interpretation, - a feedback channel provides feedback relating to the reconstructed signal, and - the computer assesses the signal interpretation on the basis of the feedback.
A method for wireless communication by a user equipment , UE, the method comprising: transmitting, to a first access node , a first message that includes a random access preamble and a UE identifier to initiate a connection reconfiguration process; receiving, from the first access node , a response to the first message , the response including a bit value; determining whether the bit value indicates that the reconfiguration process will continue or whether the bit value indicates that the reconfiguration process will not continue; and maintaining, in response to the indication that the reconfiguration process will continue, the connection reconfiguration process, causing that a receiver for the UE remains in or transitions to a high-power state, to await a connection reconfiguration message to transition to an RRC dedicated state. transmitting, to a first access node , a first message that includes a random access preamble and a UE identifier to initiate a connection reconfiguration process; receiving, from the first access node , a response to the first message , the response including a bit value; determining whether the bit value indicates that the reconfiguration process will continue or whether the bit value indicates that the reconfiguration process will not continue; and maintaining, in response to the indication that the reconfiguration process will continue, the connection reconfiguration process, causing that a receiver for the UE remains in or transitions to a high-power state, to await a connection reconfiguration message to transition to an RRC dedicated state.
A computer-implemented method for managing a Robotics Process Automation, RPA, robot, the method comprising: acquiring (S110) data associated with an operation metric of the RPA robot during runtime execution of an automation workflow; determining (S120) an optimising action based on a policy and the acquired data associated with the operation metric of the RPA robot; wherein determining (S120) the optimising action comprises: analysing the acquired data associated with the operation metric of the RPA robot during runtime execution of the automation workflow based on the policy to predict or determine an error; and determining the optimising action based on the policy and the results of the analysis; wherein the optimising action comprises an automatic action to be carried out by the RPA robot corresponding to the results of the analysis. acquiring (S110) data associated with an operation metric of the RPA robot during runtime execution of an automation workflow; determining (S120) an optimising action based on a policy and the acquired data associated with the operation metric of the RPA robot; wherein determining (S120) the optimising action comprises: analysing the acquired data associated with the operation metric of the RPA robot during runtime execution of the automation workflow based on the policy to predict or determine an error; and determining the optimising action based on the policy and the results of the analysis; analysing the acquired data associated with the operation metric of the RPA robot during runtime execution of the automation workflow based on the policy to predict or determine an error; and determining the optimising action based on the policy and the results of the analysis; wherein the optimising action comprises an automatic action to be carried out by the RPA robot corresponding to the results of the analysis.
An apparatus comprising means for: analyzing a level difference between a left channel and a right channel of a stereo audio signal ; determining if the level difference between the left channel and the right channel is above a threshold ; conditionally, if the determined level difference is above the threshold : applying a first gain to a louder one of the left channel and the right channel and adding the resulting signal to the other of the left channel and the right channel to create a processed first channel of a processed stereo audio signal ; and applying a second gain to the louder one of the left channel and the right channel to create a processed second channel of the processed stereo audio signal , wherein the louder one of the left channel and the right channel is attenuated by the second gain so that a total loudness of the stereo audio signal is not affected. analyzing a level difference between a left channel and a right channel of a stereo audio signal ; determining if the level difference between the left channel and the right channel is above a threshold ; conditionally, if the determined level difference is above the threshold : applying a first gain to a louder one of the left channel and the right channel and adding the resulting signal to the other of the left channel and the right channel to create a processed first channel of a processed stereo audio signal ; and applying a second gain to the louder one of the left channel and the right channel to create a processed second channel of the processed stereo audio signal , wherein the louder one of the left channel and the right channel is attenuated by the second gain so that a total loudness of the stereo audio signal is not affected.
Synchronizer ring for a synchronization unit of a manual transmission, which is produced from a sheet metal material and has a conical friction surface on the inner side thereof and has means for radial centring of the synchronizer ring on the outer side thereof, wherein the means for radial centring comprise a plurality of separate arc-shaped centring collar portions spaced apart from one another in the circumferential direction, characterized in that outer surfaces of the centring collar portions lie on a cylindrical surface, the diameter of which corresponds to the centring diameter, and in that the arc-shaped centring collar portions are produced from the sheet metal material by forming, wherein the centring collar portions are produced by a material flow on the outer side of the synchronizer ring .
A method for monitoring a physical downlink control channel, PDCCH, by a user equipment, UE, the method comprising: reporting capability information indicating a first set of one or more pairs and a second set of one or more tuples , wherein each pair of the first set indicates a combination of serving cells configured for per-slot and per-span monitoring that the UE is capable of supporting, and each tuple of the second set indicates a combination of serving cells configured for per-slot and per-span monitoring that the UE is capable of supporting in each of a master cell group, MCG, and a secondary cell group, SCG; receiving, in response to the capability information, a first pair of values for the MCG and a second pair of values for the SCG , wherein a first value in each of the first and second pairs of values is a maximum number of serving cells configured for per-slot monitoring, and a second value in each of the first and second pairs of values is a maximum number of serving cells configured for per-span monitoring; determining, for each of the MCG and the SCG, a monitored candidate limit per slot based on the first value in each of the first and second pairs of values ; and determining, for each of the MCG and the SCG, a monitored candidate limit per span based on the second value in each of the first and second pairs of values . reporting capability information indicating a first set of one or more pairs and a second set of one or more tuples , wherein each pair of the first set indicates a combination of serving cells configured for per-slot and per-span monitoring that the UE is capable of supporting, and each tuple of the second set indicates a combination of serving cells configured for per-slot and per-span monitoring that the UE is capable of supporting in each of a master cell group, MCG, and a secondary cell group, SCG; receiving, in response to the capability information, a first pair of values for the MCG and a second pair of values for the SCG , wherein a first value in each of the first and second pairs of values is a maximum number of serving cells configured for per-slot monitoring, and a second value in each of the first and second pairs of values is a maximum number of serving cells configured for per-span monitoring; determining, for each of the MCG and the SCG, a monitored candidate limit per slot based on the first value in each of the first and second pairs of values ; and determining, for each of the MCG and the SCG, a monitored candidate limit per span based on the second value in each of the first and second pairs of values .