mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for routing requests when performing a canary analysis, the method comprising: selecting, for a first request , a routing configuration (220 ) based on a type of a device that issued the first request , wherein the routing configuration (220 ) includes: a routing to a first server of a plurality of servers , wherein the first server implements a modification to a service provided via the plurality of servers , a time window indicating an amount of time for routing the first request , and a percentage of requests that are received from the type of the device that are to be routed to the first server ; determining, based on a device identifier for the device included in the first request , a time associated with the first request , the percentage , and the time window , whether to route the request to the first server ; and routing, during the time window , the first request to either the first server using the routing or a second server that does not implement the modification based on the determining. selecting, for a first request , a routing configuration (220 ) based on a type of a device that issued the first request , wherein the routing configuration (220 ) includes: a routing to a first server of a plurality of servers , wherein the first server implements a modification to a service provided via the plurality of servers , a time window indicating an amount of time for routing the first request , and a percentage of requests that are received from the type of the device that are to be routed to the first server ; a routing to a first server of a plurality of servers , wherein the first server implements a modification to a service provided via the plurality of servers , a time window indicating an amount of time for routing the first request , and a percentage of requests that are received from the type of the device that are to be routed to the first server ; determining, based on a device identifier for the device included in the first request , a time associated with the first request , the percentage , and the time window , whether to route the request to the first server ; and routing, during the time window , the first request to either the first server using the routing or a second server that does not implement the modification based on the determining.
A method in a network node of a radio access network, RAN, communicating with a user equipment, UE, in dual connectivity, DC, with a master node, MN, and a secondary node, SN, for managing deactivation of a secondary cell group, SCG, the method comprising: detecting, by the network node, that a condition for deactivating the SCG is satisfied; determining whether the UE supports deactivating the SCG; and causing the SN to deactivate or to release the SCG at the SN based on the determining. detecting, by the network node, that a condition for deactivating the SCG is satisfied; determining whether the UE supports deactivating the SCG; and causing the SN to deactivate or to release the SCG at the SN based on the determining.
A communication method in a communication terminal having a single communication module and at least two Subscriber Identification Module, SIM, cards , the method comprising: performing a first call mode when a call is connected through a first base station in a standby mode using the communication module and a first SIM card through a first time slot in each frame allocated by the first base station ; detecting , when a second call is received through a second base station while performing the first call mode, a user input to determine whether to perform a second call mode; performing , when a user input corresponding to a request to perform the second call mode is detected , the second call mode using the communication module and a second SIM card through a second time slot in each frame allocated by the second base station , the second time slot being spaced apart from the first time slot; estimating, by the communication terminal , an echo component due to a time delay between audio signals transmitted from the communication terminal to the first base station , performing the first call mode through the first time slot, and to the second base station , performing the second call mode through the second time slot; and removing, by the communication terminal , the echo component. performing a first call mode when a call is connected through a first base station in a standby mode using the communication module and a first SIM card through a first time slot in each frame allocated by the first base station ; detecting , when a second call is received through a second base station while performing the first call mode, a user input to determine whether to perform a second call mode; performing , when a user input corresponding to a request to perform the second call mode is detected , the second call mode using the communication module and a second SIM card through a second time slot in each frame allocated by the second base station , the second time slot being spaced apart from the first time slot; estimating, by the communication terminal , an echo component due to a time delay between audio signals transmitted from the communication terminal to the first base station , performing the first call mode through the first time slot, and to the second base station , performing the second call mode through the second time slot; and removing, by the communication terminal , the echo component.
Hatch cover for a ship, having a plurality of hatch-cover modules which consist of a fibre composite material and are connected to at least one frame , characterized in that at least two hatch-cover modules , which are available in a number of standard dimensions, are connected to one another in a force-fitting manner in the form of a releasable unit, and in that this unit is enclosed by the frame and is connected to the frame in a force-fitting manner. at least two hatch-cover modules , which are available in a number of standard dimensions, are connected to one another in a force-fitting manner in the form of a releasable unit, and in that this unit is enclosed by the frame and is connected to the frame in a force-fitting manner.
A computer-implemented method for storing blockchain data, the method comprising: determining , by a blockchain node, historic state data associated with one or more blocks created prior to a current block on a blockchain; performing , by the blockchain node, error correction coding of the historic state data to generate one or more encoded historic state data; dividing , by the blockchain node based on one or more predetermined rules, the encoded historic state data to a plurality of data sets; selecting , by the blockchain node, one or more data sets from the plurality of data sets based on the one or more predetermined rules; hashing , by the blockchain node, the selected one or more data sets to generate one or more hash values corresponding to the selected one or more data sets; storing , by the blockchain node, the one or more hash values; and deleting , by the blockchain node, the selected one or more data sets, such that the blockchain node stores a portion of the plurality of data sets and the one or more hash values corresponding to remaining data sets of the plurality of data sets that are stored on other blockchain nodes. determining , by a blockchain node, historic state data associated with one or more blocks created prior to a current block on a blockchain; performing , by the blockchain node, error correction coding of the historic state data to generate one or more encoded historic state data; dividing , by the blockchain node based on one or more predetermined rules, the encoded historic state data to a plurality of data sets; selecting , by the blockchain node, one or more data sets from the plurality of data sets based on the one or more predetermined rules; hashing , by the blockchain node, the selected one or more data sets to generate one or more hash values corresponding to the selected one or more data sets; storing , by the blockchain node, the one or more hash values; and deleting , by the blockchain node, the selected one or more data sets, such that the blockchain node stores a portion of the plurality of data sets and the one or more hash values corresponding to remaining data sets of the plurality of data sets that are stored on other blockchain nodes.
A method implemented by a wireless transmit/receive unit, WTRU, comprising: receiving a radio resource control, RRC, message, the RRC message comprising an index associated with physical uplink control channel, PUCCH, transmission resource; encoding a set of control information bits to generate encoded control information bits; scrambling the encoded control information bits to generate scrambled control information bits; modulating the scrambled control information bits into a plurality of modulated symbols; spreading each of the plurality of modulated symbols block-wise using at least one orthogonal sequence, wherein the at least one orthogonal sequence is configured based on the index associated with PUCCH transmission resource that was received in the RRC message; determining a cyclic shift based on the index associated with PUCCH transmission resource that was received in the RRC message; applying the cyclic shift to a base sequence to generate a demodulation reference signal, DMRS; and sending a PUCCH transmission comprising the DMRS and the block-wise spread modulated symbols. receiving a radio resource control, RRC, message, the RRC message comprising an index associated with physical uplink control channel, PUCCH, transmission resource; encoding a set of control information bits to generate encoded control information bits; scrambling the encoded control information bits to generate scrambled control information bits; modulating the scrambled control information bits into a plurality of modulated symbols; spreading each of the plurality of modulated symbols block-wise using at least one orthogonal sequence, wherein the at least one orthogonal sequence is configured based on the index associated with PUCCH transmission resource that was received in the RRC message; determining a cyclic shift based on the index associated with PUCCH transmission resource that was received in the RRC message; spreading each of the plurality of modulated symbols block-wise using at least one orthogonal sequence, wherein the at least one orthogonal sequence is configured based on the index associated with PUCCH transmission resource that was received in the RRC message; determining a cyclic shift based on the index associated with PUCCH transmission resource that was received in the RRC message; applying the cyclic shift to a base sequence to generate a demodulation reference signal, DMRS; and sending a PUCCH transmission comprising the DMRS and the block-wise spread modulated symbols.
A method of forming a barrier film on a substrate , the method comprising: repeating the following sequence of steps until a mixed metal-silicon-oxide film having a thickness of 500 Angstroms or less is formed on the substrate, wherein the mixed metal-silicon-oxide film has a refractive index of 1.8 or less: (a) chemisorbing a first precursor on a surface supported by the substrate by exposing the surface to one of a non-hydroxylated silicon-containing precursor or a metal-containing precursor; (b) after step (a), supplying activated oxygen species to the surface; (c) chemisorbing a second precursor on the surface by exposing the surface to the other of the non-hydroxylated silicon-containing precursor and the metal-containing precursor; and (d) after step (c), supplying activated oxygen species to the surface. (a) chemisorbing a first precursor on a surface supported by the substrate by exposing the surface to one of a non-hydroxylated silicon-containing precursor or a metal-containing precursor; (b) after step (a), supplying activated oxygen species to the surface; (c) chemisorbing a second precursor on the surface by exposing the surface to the other of the non-hydroxylated silicon-containing precursor and the metal-containing precursor; and (d) after step (c), supplying activated oxygen species to the surface.
A self-powered device for extracting or blowing air suitable for being positioned in a ventilation duct of a ventilation installation including at least one ventilation unit, the device including: - autonomous electrical energy source comprising a device for recovering energy including a turbine arranged to be positioned at least partially in the stream of air passing through said self-powered device , a conversion generator connected to the turbine to convert the rotational mechanical energy of the turbine into an electrical signal, and a storage device for the energy recovered from said electrical signal; - an arrangement for modulating the air flow rate passing through said self-powered device , including an actuator and at least one element (4; 4A, 4B) with position adjustable by the actuator , and - an electronic control circuit configured to control, via the actuator , the position of the element (4; 4A, 4B) of the modulating arrangement , the electronic control circuit and the actuator being powered by said electrical energy source, said device being characterized in that the electronic control circuit is further configured for a management mode of the energy storage in which it controls, upon the occurrence of at least one triggering event, the position of the elements (4; 4A, 4B) of the modulating arrangement so as to increase the air flow rate passing through the self-powered device and subsequently increase the charge level of the storage device . - autonomous electrical energy source comprising a device for recovering energy including a turbine arranged to be positioned at least partially in the stream of air passing through said self-powered device , a conversion generator connected to the turbine to convert the rotational mechanical energy of the turbine into an electrical signal, and a storage device for the energy recovered from said electrical signal; - an arrangement for modulating the air flow rate passing through said self-powered device , including an actuator and at least one element (4; 4A, 4B) with position adjustable by the actuator , and - an electronic control circuit configured to control, via the actuator , the position of the element (4; 4A, 4B) of the modulating arrangement ,
Alkaline electrolyser, comprising: - a sealed reservoir containing a mixture of deionized water and an electrolyte; - a set consisting of: - graphite bipolar plates , and - separating rings adapted to isolate the plates , the set being mounted in the reservoir so that the plates are immersed in the mixture; wherein - the end plates are connected to the positive and negative poles of a DC voltage source, and wherein - each graphite plate has two holes forming an upper and a lower electrolyte circulation channel; the lower channel is connected to the inlet of the electrolyte and the upper channel is connected to the output of the electrolyte . - a sealed reservoir containing a mixture of deionized water and an electrolyte; - a set consisting of: - graphite bipolar plates , and - separating rings adapted to isolate the plates , the set being mounted in the reservoir so that the plates are immersed in the mixture; - graphite bipolar plates , and - separating rings adapted to isolate the plates , - the end plates are connected to the positive and negative poles of a DC voltage source, and wherein - each graphite plate has two holes forming an upper and a lower electrolyte circulation channel; the lower channel is connected to the inlet of the electrolyte and the upper channel is connected to the output of the electrolyte .
A computer-implemented method for managing communication between at least one server and at least one client , the method comprising: obtaining (S205) source data associated with a technical system from at least one first endpoint associated with the server , by a processing unit, wherein the first endpoint publishes the source data in a predefined source format; converting (S210) the source data in the source format to a generic format, wherein the generic format comprises key-value pairs indicative of the source data; converting (S215) the source data in generic format to a target format based on a configuration setting corresponding to the server ; and providing the source data in the target format to a client . obtaining (S205) source data associated with a technical system from at least one first endpoint associated with the server , by a processing unit, wherein the first endpoint publishes the source data in a predefined source format; converting (S210) the source data in the source format to a generic format, wherein the generic format comprises key-value pairs indicative of the source data; converting (S215) the source data in generic format to a target format based on a configuration setting corresponding to the server ; and providing the source data in the target format to a client .
A composition comprising a) a stable aqueous dispersion of polymer particles functionalized with structural units of a phosphorus acid monomer or a salt thereof and; b) a dispersion of pigment particles stabilized by an adsorbing water-soluble dispersant functionalized with structural units of a sulfonic acid monomer or a salt thereof; wherein the weight percent of the dispersant is from 0.1 to 10 percent, based on the weights of the dispersant and pigment particles; wherein the weight percent of pigment particles is from 20 to 95 weight percent based on the weight of the polymer particles, the pigment particles, and the dispersant; wherein the weight percent of structural units of phosphorus acid monomer or a salt thereof is from 0.2 to 5 weight percent, based on the weight of the phosphorus acid functionalized polymer particles; and wherein said dispersant comprises 20 to 100 weight percent structural units of a sulfonic acid monomer or a salt thereof, based on the weight of the dispersant.
A method performed by an access and mobility function, AMF, configured for use in a wireless communication network, the method comprising: detecting one or more conditions under which non-access stratum, NAS, keys that protect NAS communication between the network equipment and a wireless device are to be refreshed; responsive to detecting the one or more conditions, deriving a new K AMF key on which fresh NAS keys are to be derived; and activating the new K AMF key , wherein the one or more conditions include one or more conditions that are detected before a value of a NAS COUNT for a NAS connection between the AMF and the wireless device wraps around from a maximum value to an initial value, wherein the NAS COUNT counts a number of NAS messages sent in an uplink or downlink direction over the NAS connection; and wherein said deriving comprises deriving the new K AMF key from a K AMF key on which the NAS keys were derived, and the value of the NAS COUNT . detecting one or more conditions under which non-access stratum, NAS, keys that protect NAS communication between the network equipment and a wireless device are to be refreshed; responsive to detecting the one or more conditions, deriving a new K AMF key on which fresh NAS keys are to be derived; and activating the new K AMF key , wherein the one or more conditions include one or more conditions that are detected before a value of a NAS COUNT for a NAS connection between the AMF and the wireless device wraps around from a maximum value to an initial value, wherein the NAS COUNT counts a number of NAS messages sent in an uplink or downlink direction over the NAS connection; and wherein said deriving comprises deriving the new K AMF key from a K AMF key on which the NAS keys were derived, and the value of the NAS COUNT .
A surgical instrument comprising: four coagulation elements 6, 7, 8 and 9; at least one cutting element ; and an insulator body , wherein the at least one cutting element is placed near the center of the insulator body and separated from the four coagulation elements through the insulator body , wherein the four coagulation elements are configured to coagulate a tissue and/or vessel and said at least one cutting element is configured to cut the tissue and/or vessel, characterized in that the four coagulation elements are placed in respective slots that are positioned in four corners of a rectangle or in four quarters of a circle of the insulator body . four coagulation elements 6, 7, 8 and 9; at least one cutting element ; and an insulator body , wherein the at least one cutting element is placed near the center of the insulator body and separated from the four coagulation elements through the insulator body , wherein the four coagulation elements are configured to coagulate a tissue and/or vessel and said at least one cutting element is configured to cut the tissue and/or vessel, characterized in that the four coagulation elements are placed in respective slots that are positioned in four corners of a rectangle or in four quarters of a circle of the insulator body .
Apparatus for use in handling windscreens for installation in a vehicle, the apparatus comprising: a windscreen anchor assembly comprising a windscreen anchor device enabling securing of the windscreen anchor assembly to a windscreen and an elongate support arm extending away from the windscreen anchor device ; a mount assembly for supporting the windscreen anchor assembly , wherein the mount assembly includes a mount structure for engaging with the support arm such that the support arm can slide in its longitudinal direction through or past the mount structure ; and wherein the mount assembly further includes a vehicle anchor device enabling securing of the mount assembly to the vehicle; characterized in that the mount structure comprises a yoke or saddle structure having opposed upstanding sides and an open upper portion , and wherein the mount structure is rotatably mounted with respect to the vehicle anchor device . a windscreen anchor assembly comprising a windscreen anchor device enabling securing of the windscreen anchor assembly to a windscreen and an elongate support arm extending away from the windscreen anchor device ; a mount assembly for supporting the windscreen anchor assembly , wherein the mount assembly includes a mount structure for engaging with the support arm such that the support arm can slide in its longitudinal direction through or past the mount structure ; and wherein the mount assembly further includes a vehicle anchor device enabling securing of the mount assembly to the vehicle; characterized in that the mount structure comprises a yoke or saddle structure having opposed upstanding sides and an open upper portion , and wherein the mount structure is rotatably mounted with respect to the vehicle anchor device .
Hygiene lamp comprising a body in which a light unit and a disinfection module are arranged, wherein the disinfection module comprises a housing with an inlet , an outlet and a flow channel extending therebetween and a UV light unit arranged in the flow channel , wherein an installation slot for the disinfection module , which is open towards the outside of the body , is arranged in the body , in which the disinfection module with its housing is accommodated in such a way that it can be removed as a complete unit, characterised in that in the disinfection module at the inlet and/or at the outlet (56 or 57) of the housing , an air blower designed as an axial fan is arranged perpendicular to a flow direction (S). wherein the disinfection module comprises a housing with an inlet , an outlet and a flow channel extending therebetween and a UV light unit arranged in the flow channel , wherein an installation slot for the disinfection module , which is open towards the outside of the body , is arranged in the body , in which the disinfection module with its housing is accommodated in such a way that it can be removed as a complete unit, characterised in that in the disinfection module at the inlet and/or at the outlet (56 or 57) of the housing , an air blower designed as an axial fan is arranged perpendicular to a flow direction (S).