mhurhangee/patent-ind-claim-en huggingface dataset:
A method for managing Multi-Access, MA, Protocol Data Unit, PDU, session, the method performed by a Session Management Function, SMF, node and comprising: determining to release the MA PDU session for both of 3rd Generation Partnership Project, 3GPP, access and non-3GPP access; transmitting a first message related to PDU session release to an Access and Mobility Management Function, AMF, node, via a first access being released firstly between the 3GPP access and the non-3GPP access, based on that the MA PDU session is determined to be released for both of the 3GPP access and the non-3GPP access, the first message related to the PDU session release is transmitted, wherein the first message is Namf_Communication_N1N2MessageTransfer message or Nsmf_PDUSession_UpdateSMContext message, and wherein the first message includes a PDU session release command message, which is to be transferred to a User Equipment, UE ; and transmitting a second message related to the PDU session release for releasing user plane resources of a second access being released secondly after the first access, after the first message is transmitted, wherein the second message is Namf_Communication_N1N2MessageTransfer message, the method characterised in that the second message does not include a PDU session release command message, based on that the MA PDU session is to be released over both of the 3GPP access and non-3GPP access. determining to release the MA PDU session for both of 3rd Generation Partnership Project, 3GPP, access and non-3GPP access; transmitting a first message related to PDU session release to an Access and Mobility Management Function, AMF, node, via a first access being released firstly between the 3GPP access and the non-3GPP access, based on that the MA PDU session is determined to be released for both of the 3GPP access and the non-3GPP access, the first message related to the PDU session release is transmitted, wherein the first message is Namf_Communication_N1N2MessageTransfer message or Nsmf_PDUSession_UpdateSMContext message, and wherein the first message includes a PDU session release command message, which is to be transferred to a User Equipment, UE ; and transmitting a second message related to the PDU session release for releasing user plane resources of a second access being released secondly after the first access, after the first message is transmitted, wherein the second message is Namf_Communication_N1N2MessageTransfer message, the method characterised in that the second message does not include a PDU session release command message, based on that the MA PDU session is to be released over both of the 3GPP access and non-3GPP access.
Wind turbine installation for power generation, comprising: a) a turbine support with at least two wind turbines (4, 4′, 4ʺ); b) a tower console with at least one bearing point which permits a rotational movement of the turbine support about a vertical axis of the turbine support and relative to a foundation ; c) at least one tower pillar by means of which the turbine support is connected to the tower console ; d) electronics comprising an electronic controller, wherein the electronics are configured to transfer electrical power into a power network line in network-compatible form, wherein the electronics in the tower console of the wind turbine installation are designed so as to be rotatable about the vertical axis of the turbine support relative to the foundation and relative to a power network line , and wherein the wind turbine installation has a door for providing access into the wind turbine installation, wherein maintenance personnel can enter the interior of the tower console through the door and gain access to the electronics . a) a turbine support with at least two wind turbines (4, 4′, 4ʺ); b) a tower console with at least one bearing point which permits a rotational movement of the turbine support about a vertical axis of the turbine support and relative to a foundation ; c) at least one tower pillar by means of which the turbine support is connected to the tower console ; d) electronics comprising an electronic controller, wherein the electronics are configured to transfer electrical power into a power network line in network-compatible form, wherein the electronics in the tower console of the wind turbine installation are designed so as to be rotatable about the vertical axis of the turbine support relative to the foundation and relative to a power network line , and wherein the wind turbine installation has a door for providing access into the wind turbine installation, wherein maintenance personnel can enter the interior of the tower console through the door and gain access to the electronics .
Use of a standard, comprising an inorganic nanoparticle having a size of from 2 to 200 nm, on the surface of which either by way of i) maleimide- spacer carboxylic acids or by way of ii) NHS-ester monomers of the protein aggregrate for the protein misfolding disease to be detected have been bonded, in the detection of a protein aggregate, in particular in the detection of potentially toxic aggregates and/or oligomers of Alzheimer's dementia, wherein a sample with an unknown number of binding sites and the standard with a known number of binding sites are treated with a fluorescent antibody or peptide and from the result of the standard the number of the binding sites in the sample is deduced. i) maleimide- spacer carboxylic acids or by way of ii) NHS-ester
A method of installing a liner assembly for pipeline repair or reinforcement, the method comprising: pulling a prepared liner assembly into position in the pipeline (P), the liner assembly including an outer tubular liner and an inner inflatable bladder positioned longitudinally within the tubular liner , the tubular liner being wetted with a curable compound; introducing fluid into the inflatable bladder so that the inflatable bladder expands to bring the tubular liner into firm contact with an interior surface of the pipeline (P); flowing the fluid continuously through the bladder and discharging the fluid into the pipeline (P), while maintaining the liner assembly in an inflated condition for a time period sufficient for the tubular liner to cure; and deflating the inflatable bladder and retrieving at least a portion of the liner assembly from the pipeline (P). pulling a prepared liner assembly into position in the pipeline (P), the liner assembly including an outer tubular liner and an inner inflatable bladder positioned longitudinally within the tubular liner , the tubular liner being wetted with a curable compound; introducing fluid into the inflatable bladder so that the inflatable bladder expands to bring the tubular liner into firm contact with an interior surface of the pipeline (P); flowing the fluid continuously through the bladder and discharging the fluid into the pipeline (P), while maintaining the liner assembly in an inflated condition for a time period sufficient for the tubular liner to cure; and deflating the inflatable bladder and retrieving at least a portion of the liner assembly from the pipeline (P).
A network device comprising: one or more processors; and memory coupled to the one or more processors, the memory storing instructions that, upon execution, cause one or more processors to: obtain a first payload key; obtain a path key, wherein the path key is associated with a path between the network device and another network device, and wherein the path key is a symmetric key; encrypt a first payload of a first packet using the first payload key; insert the first payload key into first metadata of the first packet; encrypt the first metadata using the path key; and send the first packet to the other network device. one or more processors; and memory coupled to the one or more processors, the memory storing instructions that, upon execution, cause one or more processors to: obtain a first payload key; obtain a path key, wherein the path key is associated with a path between the network device and another network device, and wherein the path key is a symmetric key; encrypt a first payload of a first packet using the first payload key; insert the first payload key into first metadata of the first packet; encrypt the first metadata using the path key; and send the first packet to the other network device. obtain a first payload key; obtain a path key, wherein the path key is associated with a path between the network device and another network device, and wherein the path key is a symmetric key; encrypt a first payload of a first packet using the first payload key; insert the first payload key into first metadata of the first packet; encrypt the first metadata using the path key; and send the first packet to the other network device.
Y 2 O 3 :RE nanoparticles having a cubic crystal structure, wherein RE is a trivalent rare earth metal ion, which are nanoplatelets, and wherein the D 50 value of the smallest dimension of the nanoparticles is ≥ 0.5 nm and ≤ 10 nm, as measured using transmission electron microscopy.
Apparatus for the capacitive or conductive determination and/or monitoring at least of the level of a medium in a vessel with at least a probe unit and at least an electronics unit designed to subject the probe unit to a control signal for the reception of a reception signal from the probe unit , with at least an evaluation unit to monitor and/or signal if a predefined limit value for the level is exceeded or undershot, with at least a memory unit in which at least level limit values assigned to the electrical conductivity of the medium are saved via a formula or in the form of a table, wherein the evaluation unit is designed to determine information about the level from the reception signal, information about the electrical conductivity of the medium from the reception signal, and - on the basis of the value determined for the electrical conductivity of the medium - to use the limit value saved in the memory unit, which is assigned to the value determined for the electrical conductivity of the medium, in order to determine and/or monitor the level of the medium .
A computer-implemented method, comprising: receiving, by a system of one or more computers and from a plurality of client devices, a plurality of voice query processing requests, each voice query processing request identifying a respective voice query detected in a local environment of a respective client device; identifying, by the system, that a value that is based on a number of the plurality of voice query processing requests received by the system during a specified time interval satisfies one or more criteria; in response to identifying that the value that is based on the number of voice query processing requests received by the system during the specified time interval satisfies the one or more criteria, analyzing at least some of the voice query processing requests received during the specified time interval to determine a set of voice query processing requests that each identify a common voice query, including: for each analyzed voice query processing request, generating an electronic fingerprint for the voice query referenced by the voice query processing request, wherein the electronic fingerprint represents acoustic features of the respective voice query, and determining matches among the electronic fingerprints; and suppressing performance of operations indicated by the common voice query in one or more voice query processing requests subsequently received by the system. receiving, by a system of one or more computers and from a plurality of client devices, a plurality of voice query processing requests, each voice query processing request identifying a respective voice query detected in a local environment of a respective client device; identifying, by the system, that a value that is based on a number of the plurality of voice query processing requests received by the system during a specified time interval satisfies one or more criteria; in response to identifying that the value that is based on the number of voice query processing requests received by the system during the specified time interval satisfies the one or more criteria, analyzing at least some of the voice query processing requests received during the specified time interval to determine a set of voice query processing requests that each identify a common voice query, including: for each analyzed voice query processing request, generating an electronic fingerprint for the voice query referenced by the voice query processing request, wherein the electronic fingerprint represents acoustic features of the respective voice query, and determining matches among the electronic fingerprints; and for each analyzed voice query processing request, generating an electronic fingerprint for the voice query referenced by the voice query processing request, wherein the electronic fingerprint represents acoustic features of the respective voice query, and determining matches among the electronic fingerprints; and suppressing performance of operations indicated by the common voice query in one or more voice query processing requests subsequently received by the system.
A method of printing an ultranarrow line of a functional material, the method comprising: providing a substrate having an interlayer on the substrate; and printing the ultranarrow line by depositing ink on the interlayer of the substrate, the ink comprising the functional material and a solvent mixture that partially dissolves the interlayer on the substrate and causes the ink to shrink and sink into the interlayer on the substrate thereby reducing a width of the line, wherein a height-to-width ratio of the line is 0.7. providing a substrate having an interlayer on the substrate; and printing the ultranarrow line by depositing ink on the interlayer of the substrate, the ink comprising the functional material and a solvent mixture that partially dissolves the interlayer on the substrate and causes the ink to shrink and sink into the interlayer on the substrate thereby reducing a width of the line, wherein a height-to-width ratio of the line is 0.7.
Use of a coating composition for forming a coating having a haze of 5% or less and a maximum surface roughness Ra (JIS B-0601-1994) of 0.1 μ m or less on a surface of a base material, the coating composition comprising an ionic polymer (a), a hygroscopic agent (b) and a solvent, the hygroscopic agent (b) being a granular crosslinked product of a monovalent metal salt of a poly(meth)acrylic acid and being contained in an amount of 100 to 600 parts by mass per 100 parts by mass of the ionic polymer (a).
A panel comprising: a frame having a first frame portion and a second frame portion , the first and second frame portions each being provided with a longitudinal channel , a gripper member comprising a gripper element , the gripper element being located within the channel of the second frame portion to form a resilient slot therein, wherein the gripper element is a flexible flap of the same width as, or wider than, the width of the channel of the second frame portion , which acts to close off the channel of the second frame portion to provide, together with a wall of the channel of the second frame portion , the resilient slot, and sheet material extending across the frame between the frame portions, wherein a first edge portion of the sheet material is inserted into the channel of the first frame portion and a second edge portion of the sheet material is inserted into the channel of the second frame portion , wherein the first edge portion of the sheet material comprises a region of stiffened edging (6; 6a; 6b) that is located within the channel of the first frame portion and wherein the resilient slot provided by the gripper element is arranged to receive and grip the second edge portion of the sheet material when the second edge portion of the sheet material is inserted into the resilient slot. a frame having a first frame portion and a second frame portion , the first and second frame portions each being provided with a longitudinal channel , a gripper member comprising a gripper element , the gripper element being located within the channel of the second frame portion to form a resilient slot therein, wherein the gripper element is a flexible flap of the same width as, or wider than, the width of the channel of the second frame portion , which acts to close off the channel of the second frame portion to provide, together with a wall of the channel of the second frame portion , the resilient slot, and sheet material extending across the frame between the frame portions, wherein a first edge portion of the sheet material is inserted into the channel of the first frame portion and a second edge portion of the sheet material is inserted into the channel of the second frame portion , wherein the first edge portion of the sheet material comprises a region of stiffened edging (6; 6a; 6b) that is located within the channel of the first frame portion and wherein the resilient slot provided by the gripper element is arranged to receive and grip the second edge portion of the sheet material when the second edge portion of the sheet material is inserted into the resilient slot.
A surface cleaning apparatus , comprising: a suction source ; a housing including an upright handle assembly and a base operably coupled to the upright handle assembly , the base comprising: a nozzle assembly having an underside and at least partially defining a suction inlet in fluid communication with the suction source via a recovery pathway, the nozzle assembly removably provided on the base ; characterized in that it further comprises a chamber defined on the underside of the nozzle assembly ; and an agitator at least partially received in the chamber within the recovery pathway. a suction source ; a housing including an upright handle assembly and a base operably coupled to the upright handle assembly , the base comprising: a nozzle assembly having an underside and at least partially defining a suction inlet in fluid communication with the suction source via a recovery pathway, the nozzle assembly removably provided on the base ; characterized in that it further comprises a chamber defined on the underside of the nozzle assembly ; and an agitator at least partially received in the chamber within the recovery pathway. a nozzle assembly having an underside and at least partially defining a suction inlet in fluid communication with the suction source via a recovery pathway, the nozzle assembly removably provided on the base ; characterized in that it further comprises a chamber defined on the underside of the nozzle assembly ; and an agitator at least partially received in the chamber within the recovery pathway.
A method of freeze drying a moist product provided with a solvent, in particular when the product is held in a number of vials, injection flasks, or product trays, wherein the moist product is introduced into a drying chamber of a freeze drying system in a fluid state in a loading phase (A), at environmental temperature and/or at environmental pressure , wherein the product is frozen in a freezing phase (D) at freezing temperature and at freezing pressure , and wherein the product is subsequently dried to the desired degree in a drying phase (E), wherein a degassing phase (B) in which gases are removed from the moist product is disposed upstream of the freezing phase (D), characterized in that the pressure is lowered to a degassing pressure during the degassing phase (B) while the temperature is held at environmental pressure; or in that the pressure is lowered to a degassing pressure during the degassing phase (B) while a temperature increase takes place; or in that the pressure is lowered to a degassing pressure during the degassing phase (B) while the temperature is held at environmental pressure for so long until the degassing pressure has been reached; and in that the degassing pressure is maintained in the degassing phase (B); and in that the temperature is held above the freezing temperature of the solvent for so long until the desired degree of degassing has been reached; and in that once the desired degree of degassing has been reached, the degassing phase (B) is ended and a freezing phase (C) is initiated by lowering the pressure and the temperature; and in that the temperature is lowered to the freezing temperature and the pressure is lowered to the freezing pressure in the freezing phase (C) such that the freezing temperature and the freezing pressure are reached at the same time.
A system for measuring muscle mass of a patient , the system comprising: a dual-energy radiation emission source ; a radiation detector configured so as to detect radiation emitted from the dual-energy radiation emission source passed through the patient; at least one processor ; and a memory coupled to the at least one processor , characterized in that the memory storing instructions that when executed by the at least one processor, perform a set of operations comprising: receiving radiation detection data from the radiation detector; based on the radiation detection data, generating a scan representation; identifying a primary fat target in the scan representation, the primary fat target being a subcutaneous fat region ; generating a primary fat target model; determining an estimated amount of lean tissue based on the primary fat target model; determining an amount of fat in the primary fat target; comparing the amount of fat in the primary fat target to a reference; and based on the comparison, correcting an estimated amount of lean tissue to generate a corrected muscle mass value. a dual-energy radiation emission source ; a radiation detector configured so as to detect radiation emitted from the dual-energy radiation emission source passed through the patient; at least one processor ; and a memory coupled to the at least one processor , characterized in that the memory storing instructions that when executed by the at least one processor, perform a set of operations comprising: receiving radiation detection data from the radiation detector; based on the radiation detection data, generating a scan representation; identifying a primary fat target in the scan representation, the primary fat target being a subcutaneous fat region ; generating a primary fat target model; determining an estimated amount of lean tissue based on the primary fat target model; determining an amount of fat in the primary fat target; comparing the amount of fat in the primary fat target to a reference; and based on the comparison, correcting an estimated amount of lean tissue to generate a corrected muscle mass value. receiving radiation detection data from the radiation detector; based on the radiation detection data, generating a scan representation; identifying a primary fat target in the scan representation, the primary fat target being a subcutaneous fat region ; generating a primary fat target model; determining an estimated amount of lean tissue based on the primary fat target model; determining an amount of fat in the primary fat target; comparing the amount of fat in the primary fat target to a reference; and based on the comparison, correcting an estimated amount of lean tissue to generate a corrected muscle mass value.