mhurhangee/ep-ind-claims huggingface dataset:
A radio access network node (102 2), the RAN node comprising: a processor (132 2); and, a memory (134 2) that stores processor-executable instructions, wherein the processor interfaces with the memory to execute the processor-executable instructions, whereby the RAN node is operable to: calculate (1002b4) a time remaining until a next paging opportunity for a wireless device (104 2) within a paging area of the wireless device, wherein the calculating uses an International Mobile Subscriber Identity (IMSI) of the wireless device, an extended Discontinuous Receive (eDRX) cycle length of the wireless device, and a coverage class of the wireless device; and transmitting (1002b5), to a core network node, information indicating the time remaining until the next paging opportunity for the wireless device. a processor (132 2); and, a memory (134 2) that stores processor-executable instructions, wherein the processor interfaces with the memory to execute the processor-executable instructions, whereby the RAN node is operable to: calculate (1002b4) a time remaining until a next paging opportunity for a wireless device (104 2) within a paging area of the wireless device, wherein the calculating uses an International Mobile Subscriber Identity (IMSI) of the wireless device, an extended Discontinuous Receive (eDRX) cycle length of the wireless device, and a coverage class of the wireless device; and transmitting (1002b5), to a core network node, information indicating the time remaining until the next paging opportunity for the wireless device. calculate (1002b4) a time remaining until a next paging opportunity for a wireless device (104 2) within a paging area of the wireless device, wherein the calculating uses an International Mobile Subscriber Identity (IMSI) of the wireless device, an extended Discontinuous Receive (eDRX) cycle length of the wireless device, and a coverage class of the wireless device; and transmitting (1002b5), to a core network node, information indicating the time remaining until the next paging opportunity for the wireless device.
A method for processing user identity information in a gigabit passive optical network, GPON, system, characterized by comprising: an optical line terminal, OLT, determining that a length of a string of user identity information used for a session initiation protocol, SIP, session exceeds a threshold; the OLT constructing an optical network terminal management and control interface, OMCI, message, wherein the OMCI message carries the user identity information used for the SIP session; the OLT sending the OMCI message to an optical network unit, ONU, or an optical network terminal, ONT (S 106); and the ONU or the ONT acquiring the user identity information from the OMCI message. an optical line terminal, OLT, determining that a length of a string of user identity information used for a session initiation protocol, SIP, session exceeds a threshold; the OLT constructing an optical network terminal management and control interface, OMCI, message, wherein the OMCI message carries the user identity information used for the SIP session; the OLT sending the OMCI message to an optical network unit, ONU, or an optical network terminal, ONT (S 106); and the ONU or the ONT acquiring the user identity information from the OMCI message.
Rotor for a rotating electrical machine, in particular for a motor vehicle, the rotor is mounted so as to be able to rotate about an axis and comprises: - a rotor body formed by a pair of pole wheels, each pole wheel comprising a plurality of claws extending from a flange, and a core positioned axially between the flanges, said pole wheels being mounted in such a way that each claw of a pole wheel extends towards the other pole wheel, being arranged between the space existing between two consecutive claws of the other pole wheel; - at least one magnetic element arranged between two adjacent claws of two distinct pole wheels; - a rotor winding arranged radially between the core and the claws; and - an insulation device arranged between the rotor winding and the rotor body, the insulation device comprising a plurality of petals, each petal comprises a central part arranged so as to at least partially cover an inner surface of the associated claw; the rotor being characterized in that at least one petal comprises a lateral part that is arranged so as to extend facing at least one portion of the magnetic element so as to help to hold the magnetic element. - a rotor body formed by a pair of pole wheels, each pole wheel comprising a plurality of claws extending from a flange, and a core positioned axially between the flanges, said pole wheels being mounted in such a way that each claw of a pole wheel extends towards the other pole wheel, being arranged between the space existing between two consecutive claws of the other pole wheel; - at least one magnetic element arranged between two adjacent claws of two distinct pole wheels; - a rotor winding arranged radially between the core and the claws; and - an insulation device arranged between the rotor winding and the rotor body, the insulation device comprising a plurality of petals, each petal comprises a central part arranged so as to at least partially cover an inner surface of the associated claw; the rotor being characterized in that at least one petal comprises a lateral part that is arranged so as to extend facing at least one portion of the magnetic element so as to help to hold the magnetic element.
Arrangement for a motor vehicle comprising a chassis, an electrical energy storage device, and a device for fixing the energy storage device to the chassis of the vehicle, the arrangement comprising a holding mechanism configured so as to transfer, in the case of breakage of at least part of the fixing device, from a passive configuration in which it does not support the energy storage device, to an active configuration in which it supports the energy storage device so as to hold it close to the chassis, the transfer from the passive configuration to the active configuration taking place on a falling movement of the energy storage device, characterized in that the holding mechanism comprises a connecting element mounted on the chassis, and a holding element mounted on the connecting element, said connecting element passing through a cavity, for example a through hole, of the energy storage device such that at least part of the energy storage device is arranged between the chassis and the holding element.
A notification device (100, 100a) for guiding a person comprising: a detector configured to detect a physical object present around the moving person in a real space; a relative position acquirer (302, 304) configured to acquire a relative position between the detector and the physical object for which the detector is designated as a base point in the real space; a storage (200, 200a) storing sound information in which sounds, which have been emitted from a plurality of positions away from a predetermined recording point within a predetermined recording space when recording the sounds, are pre-recorded for each of the plurality of positions away from the recording point, the recording space being for recording sounds to be used for notification to the moving person, and the recorded sounds are associated with relative positional relationships between the recording point and the plurality of positions away from the recording point; a selector configured to select the sound information associated with the relative position from the sound information stored in the storage (200, 200a) on the basis of the relative positional relationship in the recording space associated with the relative position in the real space acquired by the relative position acquirer (302, 304); and a generator configured to generate the sounds of the sound information selected by the selector to notify, in the real space, the moving person of information about the physical object detected by the detector. a detector configured to detect a physical object present around the moving person in a real space; a relative position acquirer (302, 304) configured to acquire a relative position between the detector and the physical object for which the detector is designated as a base point in the real space; a storage (200, 200a) storing sound information in which sounds, which have been emitted from a plurality of positions away from a predetermined recording point within a predetermined recording space when recording the sounds, are pre-recorded for each of the plurality of positions away from the recording point, the recording space being for recording sounds to be used for notification to the moving person, and the recorded sounds are associated with relative positional relationships between the recording point and the plurality of positions away from the recording point; a selector configured to select the sound information associated with the relative position from the sound information stored in the storage (200, 200a) on the basis of the relative positional relationship in the recording space associated with the relative position in the real space acquired by the relative position acquirer (302, 304); and a generator configured to generate the sounds of the sound information selected by the selector to notify, in the real space, the moving person of information about the physical object detected by the detector.
A method of barcoding DNA, the method comprising introducing oligonucleotide adaptors randomly into DNA by contacting the DNA with a transposase loaded with the oligonucleotide adaptors, wherein the oligonucleotide adaptors comprise a 3' single stranded portion and a double stranded portion, with a first oligonucleotide having a 3' end and a 5' end and being a strand of the double-stranded portion and a second oligonucleotide comprising the single-stranded portion and a complementary strand of the double stranded portion, and wherein the transposase introduces double-stranded breaks into the DNA, wherein each double-stranded break forms two DNA ends and the transposase ligates the first oligonucleotide to one strand of each DNA end, to form DNA fragments comprising the oligonucleotide adaptors at both ends; forming droplets, wherein the droplets contain the DNA fragments and a first oligonucleotide primer having a bead-specific barcode sequence, wherein the first oligonucleotide primer is linked to a bead and comprises a free 3' end that is complementary to the 3' single stranded portion of the oligonucleotide adaptor; hybridizing the 3' end of the first oligonucleotide primer, which is optionally released from the bead, to the 3' single stranded portion of the oligonucleotide adaptor; combining contents of the droplets to form as reaction mixture; contacting the reaction mixture with a ligase, thereby ligating the first oligonucleotide primer to the 5' end of the first oligonucleotide ligated to the DNA ends, thereby forming barcoded DNA fragments. introducing oligonucleotide adaptors randomly into DNA by contacting the DNA with a transposase loaded with the oligonucleotide adaptors, wherein the oligonucleotide adaptors comprise a 3' single stranded portion and a double stranded portion, with a first oligonucleotide having a 3' end and a 5' end and being a strand of the double-stranded portion and a second oligonucleotide comprising the single-stranded portion and a complementary strand of the double stranded portion, and wherein the transposase introduces double-stranded breaks into the DNA, wherein each double-stranded break forms two DNA ends and the transposase ligates the first oligonucleotide to one strand of each DNA end, to form DNA fragments comprising the oligonucleotide adaptors at both ends; forming droplets, wherein the droplets contain the DNA fragments and a first oligonucleotide primer having a bead-specific barcode sequence, wherein the first oligonucleotide primer is linked to a bead and comprises a free 3' end that is complementary to the 3' single stranded portion of the oligonucleotide adaptor; hybridizing the 3' end of the first oligonucleotide primer, which is optionally released from the bead, to the 3' single stranded portion of the oligonucleotide adaptor; combining contents of the droplets to form as reaction mixture; contacting the reaction mixture with a ligase, thereby ligating the first oligonucleotide primer to the 5' end of the first oligonucleotide ligated to the DNA ends, thereby forming barcoded DNA fragments.
A computer-implemented method performed by a network switch (110, 300, 706), having one or more database functions definition rule application programming interfaces, APIs,, a database functions rules repository and a database functions handling logic unit, the method comprising: • configuring, by the one or more APIs in the network switch, database function rules for one or more database functions; wherein configuring the database function rules includes creating, defining, modifying, or deleting a database function rule for a database function, and the APIs defining the database function rule for the database function by specifying a query data format, an output data format, and internal processing logic of the database function; wherein the one or more database functions are selected from an aggregation function, a caching function of exchange data, a merge function of results and an ordering function of data; • storing, in the database functions rules repository, at least one database function rule; • locating, by the network switch upon receiving a data message encapsulated in a network packet the data message containing data of a distributed database system (100, 200) and carrying a rule identifier or information identifying a rule, at least one applicable rule in the rule repository; • processing, by the database functions handling logic unit, the data message to perform a pre-defined database function using the at least one applicable rule, to generate at least one result data message; and • routing the at least one result data message to one or more destination nodes. • configuring, by the one or more APIs in the network switch, database function rules for one or more database functions; wherein configuring the database function rules includes creating, defining, modifying, or deleting a database function rule for a database function, and the APIs defining the database function rule for the database function by specifying a query data format, an output data format, and internal processing logic of the database function; wherein the one or more database functions are selected from an aggregation function, a caching function of exchange data, a merge function of results and an ordering function of data; • storing, in the database functions rules repository, at least one database function rule; • locating, by the network switch upon receiving a data message encapsulated in a network packet the data message containing data of a distributed database system (100, 200) and carrying a rule identifier or information identifying a rule, at least one applicable rule in the rule repository; • processing, by the database functions handling logic unit, the data message to perform a pre-defined database function using the at least one applicable rule, to generate at least one result data message; and • routing the at least one result data message to one or more destination nodes.
A method for distributing sound between listeners using a wearable device (200; 210; 300; 320; 420), wherein the wearable device is worn by a first listener and comprises an input/output (I/O) subsystem that includes a sensor array and a speaker array, the method comprising: configuring the speaker array to operate in a first mode, wherein, in the first mode, the speaker array generates a first sound field (120) in which sound is output towards the first listener and away from a second listener (130) by targeting the sound toward an ear of the first listener and avoiding emitting sounds elsewhere; transitioning the speaker array from the first mode to a second mode in response to a first triggering event; configuring the speaker array to operate in the second mode, wherein, in the second mode, the speaker array generates a second sound field (120) in which sound is output towards the first listener and the second listener (130) by broadcasting the sound multidirectionally and allowing the second listener (130) to listen to the sound; and detecting the first triggering event based on sensor data associated with the first listener or based on sensor data associated with an environment in which the first listener resides. configuring the speaker array to operate in a first mode, wherein, in the first mode, the speaker array generates a first sound field (120) in which sound is output towards the first listener and away from a second listener (130) by targeting the sound toward an ear of the first listener and avoiding emitting sounds elsewhere; transitioning the speaker array from the first mode to a second mode in response to a first triggering event; configuring the speaker array to operate in the second mode, wherein, in the second mode, the speaker array generates a second sound field (120) in which sound is output towards the first listener and the second listener (130) by broadcasting the sound multidirectionally and allowing the second listener (130) to listen to the sound; and detecting the first triggering event based on sensor data associated with the first listener or based on sensor data associated with an environment in which the first listener resides.
A method of embedding code words into an audio signal, the method comprising: receiving pairs of code words, each pair of code words comprising an ID code word and a synchronisation code word; encoding the code words of each pair of code words separately to form encoded code word signals; receiving an audio signal; and combining each of the encoded code word signals with different portions of the received audio signal to form a modified audio signal that carries the pairs of code words distributed within the audio signal. receiving pairs of code words, each pair of code words comprising an ID code word and a synchronisation code word; encoding the code words of each pair of code words separately to form encoded code word signals; receiving an audio signal; and combining each of the encoded code word signals with different portions of the received audio signal to form a modified audio signal that carries the pairs of code words distributed within the audio signal.
A testing method in which a functional integrity required in the case of fire of a technical installation arranged in normal operation in a protective housing is tested, characterized in that firstly within a predefined time interval an installation-free protective housing is exposed to flames from outside and a climate curve obtained in the protective housing is recorded, that in another installation-free protective housing with an air-conditioning device arranged in the protective housing the same climate curve is simulated for the same time interval and the control signals required here for the air-conditioning device are recorded, that the recorded control signals are used to actuate an air-conditioning device arranged in a protective housing provided with the technical installation are used to check the functional integrity of a technical installation operated as intended within the predefined time interval.
Method for sorting laundry items, in particular dirty laundry items, wherein the laundry items are suspended on a conveying system, are conveyed by the conveying system at least to one sorting device and are sorted in the sorting device by way of information concerning the respective laundry item and each laundry item is suspended on a carrier assigned to the conveying system, the information concerning the laundry item is transmitted to a storage means assigned to the carrier and the laundry item with the carrier assigned to it with the information concerning the laundry item hanging on the carrier is conveyed by the conveying system to and/or through at least the sorting device, characterized in that the information concerning the laundry item is read upstream of the suspending on the carrier and said information is transmitted at least in part to the data storage means of that carrier on which the laundry item is suspended, wherein the sorting device performs the sorting automatically by way of the information assigned to the carrier, wherein the information concerning the laundry item is manually scanned upstream of the suspending on the carrier and said information is stored at least in part to the data storage means of that carrier on which the laundry item is suspended.
A process for cleaning recyclable plastic material comprising the following steps: (a) providing a contaminated recyclable non-styrene based plastic material; (b) contacting the contaminated recyclable plastic material at a temperature in the range of from 5-35 °C with a liquid mixture which comprises a water phase and a separate solvent phase to remove contaminants from the contaminated recyclable plastic material, whereby the solvent phase comprises a fatty acid ester and is present in the form of droplets which are at least partly distributed in the water phase, wherein the fatty acid ester in the solvent phase has the general formula of R 1 -(C=O)-R 2 wherein R 1 is an alkyl group comprising between 8-24 carbon atoms, and R 2 is an alkyl-alcohol group comprising between 1-4 carbon atoms, and wherein the water phase is present in an amount of more than 50 wt. %, based on total weight of the liquid mixture; (c) separating at least part of recyclable plastic material as obtained in step (b) from the liquid mixture as obtained in step (b) which contains contaminants removed from the contaminated recyclable plastic material; (d) allowing at least part of the liquid mixture as obtained in step (c) to phase-separate into a water phase and a solvent phase which contains contaminants removed from the contaminated recyclable plastic material; and (e) recycling at least part of the water phase as obtained in step (d) to step (b). (a) providing a contaminated recyclable non-styrene based plastic material; (b) contacting the contaminated recyclable plastic material at a temperature in the range of from 5-35 °C with a liquid mixture which comprises a water phase and a separate solvent phase to remove contaminants from the contaminated recyclable plastic material, whereby the solvent phase comprises a fatty acid ester and is present in the form of droplets which are at least partly distributed in the water phase, wherein the fatty acid ester in the solvent phase has the general formula of R 1 -(C=O)-R 2 wherein R 1 is an alkyl group comprising between 8-24 carbon atoms, and R 2 is an alkyl-alcohol group comprising between 1-4 carbon atoms, and wherein the water phase is present in an amount of more than 50 wt. %, based on total weight of the liquid mixture; (c) separating at least part of recyclable plastic material as obtained in step (b) from the liquid mixture as obtained in step (b) which contains contaminants removed from the contaminated recyclable plastic material; (d) allowing at least part of the liquid mixture as obtained in step (c) to phase-separate into a water phase and a solvent phase which contains contaminants removed from the contaminated recyclable plastic material; and (e) recycling at least part of the water phase as obtained in step (d) to step (b).
Device for discharging an explosive gas via a stack that is arranged on a roof of a building, comprising the stack on whose upper free end there is provided a discharging head that consists of a plurality of distributor pipes (4,5) emanating in a star shape fashion from the stack and which are respectively provided at their free ends with an exit opening, characterized in that the end regions of the distributor pipes (4,5) are designed as jet pumps in which the explosive gas is the motive medium that takes in the ambient air.