mhurhangee/patent-ind-claim-en huggingface dataset:
A method for emergency call continuation in case of Public Safety Answering Point, PSAP failures in an emergency network, the method comprising the steps of: - detecting, by one or more detector elements, a failed PSAP, - triggering, by a logic element of the one or more detector elements, a failover event when the failed PSAP is detected, - requesting, by the one or more detector element, a fallback PSAP, from a fallback server - identifying, by the fallback server, a fallback PSAP, - responding, by the fallback server, the identified fallback PSAP to a Next Generation Core Services, NGCS and all end devices of the failed PSAP, if these are available, - sending, by the NGCS, all calls that were active on the failed PSAP to the identified fallback PSAP, - re-registering, by the end devices, if these are available, that were registered at the failed PSAP on the identified fallback PSAP, and - matching those calls that were active on the failed PSAP with those end devices that were assigned to said calls on the failed PSAP and have re-registered on the identified fallback PSAP. - detecting, by one or more detector elements, a failed PSAP, - triggering, by a logic element of the one or more detector elements, a failover event when the failed PSAP is detected, - requesting, by the one or more detector element, a fallback PSAP, from a fallback server - identifying, by the fallback server, a fallback PSAP, - responding, by the fallback server, the identified fallback PSAP to a Next Generation Core Services, NGCS and all end devices of the failed PSAP, if these are available, - sending, by the NGCS, all calls that were active on the failed PSAP to the identified fallback PSAP, - re-registering, by the end devices, if these are available, that were registered at the failed PSAP on the identified fallback PSAP, and - matching those calls that were active on the failed PSAP with those end devices that were assigned to said calls on the failed PSAP and have re-registered on the identified fallback PSAP.
Lift and slide door or lift and slide window comprising at least one lift and slide leaf , wherein the lift and slide leaf comprises a plastics hollow section frame that comprises a reinforcement chamber , wherein the lift and slide leaf comprises at least one carriage received in a recess of the lower frame part of the plastics hollow section frame , characterised in that the recess is exposed by removing the crosspiece, in part, on the lower face of the lower frame part of the plastics hollow section frame and by removing a region at the join between the lower frame part and a lateral frame part of the plastics hollow section frame , and the recess forms an opening in the reinforcement chamber , wherein a carriage housing is arranged in the recess of the lower frame part of the plastics hollow section frame , between the plastics hollow section and the carriage , which housing covers the opening of the reinforcement chamber that is formed by the recess , wherein the carriage housing comprises a longitudinal member of a U-shaped or trough-shaped profile, and a cover on an open end of the longitudinal member .
An apparatus of a spectrum sharing controller , the apparatus comprising hardware processing circuitry and interface circuitry, the hardware processing circuitry to configure the interface circuitry to: receive an indicator that a group of priority access and/or general authorized access spectrum blocks (725; 730) are available for secondary and ternary usage in a first shared spectrum usage area, the priority access and/or general authorized access spectrum blocks (725; 730) included in shared spectrum reserved for primary usage in the shared spectrum usage area by one or more incumbent devices; send at least one configuration message indicating a first allocation of priority access spectrum blocks allocated for secondary usage and/or general authorized access spectrum blocks allocated for ternary usage by least one base station operating in the first shared spectrum usage area, and send at least one further configuration message indicating a second allocation of priority access and/or general authorized access spectrum blocks (725; 730) in an adjacent second shared spectrum usage area, the second allocation being different from the first allocation. receive an indicator that a group of priority access and/or general authorized access spectrum blocks (725; 730) are available for secondary and ternary usage in a first shared spectrum usage area, the priority access and/or general authorized access spectrum blocks (725; 730) included in shared spectrum reserved for primary usage in the shared spectrum usage area by one or more incumbent devices; send at least one configuration message indicating a first allocation of priority access spectrum blocks allocated for secondary usage and/or general authorized access spectrum blocks allocated for ternary usage by least one base station operating in the first shared spectrum usage area, and send at least one further configuration message indicating a second allocation of priority access and/or general authorized access spectrum blocks (725; 730) in an adjacent second shared spectrum usage area, the second allocation being different from the first allocation.
A seating system for an aircraft, comprising: a seat frame configured to be mounted to a floor of the aircraft and defining at least one seat position, each seat position including a seat back and a seat pan coupled to the seat frame; an adaptive energy absorption device disposed beneath the seat pan of the at least one seat position, the adaptive energy absorption device comprising a plurality of fluidly coupled inflatable elastic bladders (122a-c) and at least one constrictor valve for allowing fluid to flow from one of the plurality of inflatable elastic bladders in response to predetermined pressure on the adaptive energy absorption device from the seat pan of the at least one seat position; and a fluid supply source fluidly coupled to at least one of the plurality of inflatable elastic bladders operable for outputting a positive flow of fluid to the at least one inflatable elastic bladder; characterized in that : the adaptive energy absorption device is detached from the seat frame to allow removal from beneath the seat pan of the at least one seat position for use as an emergency flotation device; and the seat pan is pivotally and/or translatably coupled to the seat frame and the adaptive energy absorption device is configured to be positioned in direct physical contact with the floor and the seat pan of the at least one seat position to provide energy absorption functionality. a seat frame configured to be mounted to a floor of the aircraft and defining at least one seat position, each seat position including a seat back and a seat pan coupled to the seat frame; an adaptive energy absorption device disposed beneath the seat pan of the at least one seat position, the adaptive energy absorption device comprising a plurality of fluidly coupled inflatable elastic bladders (122a-c) and at least one constrictor valve for allowing fluid to flow from one of the plurality of inflatable elastic bladders in response to predetermined pressure on the adaptive energy absorption device from the seat pan of the at least one seat position; and a fluid supply source fluidly coupled to at least one of the plurality of inflatable elastic bladders operable for outputting a positive flow of fluid to the at least one inflatable elastic bladder; characterized in that : the adaptive energy absorption device is detached from the seat frame to allow removal from beneath the seat pan of the at least one seat position for use as an emergency flotation device; and the seat pan is pivotally and/or translatably coupled to the seat frame and the adaptive energy absorption device is configured to be positioned in direct physical contact with the floor and the seat pan of the at least one seat position to provide energy absorption functionality.
A method, initiated by a User Equipment, UE, being in a Radio Resource Control, RRC, INACTIVE state, the method comprising: transmitting , to a first cell, a first RRC resume request message, requesting to resume communication; characterised by : receiving , in response to the transmitted first RRC resume request message, an RRC Release message comprising a suspend configuration and information to release and redirect to another carrier frequency; and transmitting, to a second cell of the carrier frequency comprised in the RRC Release message, a second RRC resume request message, requesting to resume communication. receiving , in response to the transmitted first RRC resume request message, an RRC Release message comprising a suspend configuration and information to release and redirect to another carrier frequency; and transmitting, to a second cell of the carrier frequency comprised in the RRC Release message, a second RRC resume request message, requesting to resume communication.
A unit for delivering at least one product to be inhaled comprising a delivery device, wherein said delivery device comprises at least one chamber having a first inlet opening adapted to be connected to a cartridge containing at least a product to be inhaled, a second outlet opening adapted to be connected to at least one product aspirating element, the second outlet opening being arranged at a predetermined distance from the first inlet opening , wherein the device further comprises at least one compensation valve arranged at a third opening made on a wall of the chamber , wherein the compensation valve is adapted to maintain a closed configuration when the pressure inside the chamber is substantially equal to the pressure in a first compensation duct and an open configuration when the pressure inside the chamber is lower than a predetermined value, wherein the second outlet opening is adapted to be connected to a first pipe ; at least one cartridge comprising a containment element for a product to be inhaled, in particular micronized salt crystal particles of different sizes, having an inlet adapted to be connected to a second pipe and an outlet adapted to be associated with the inlet opening of the delivery device ; and the first compensation duct having a first end adapted to be connected to the second pipe upstream of the cartridge and a second end connected to the valve of the delivery device . wherein said delivery device comprises at least one chamber having a first inlet opening adapted to be connected to a cartridge containing at least a product to be inhaled, a second outlet opening adapted to be connected to at least one product aspirating element, the second outlet opening being arranged at a predetermined distance from the first inlet opening , wherein the device further comprises at least one compensation valve arranged at a third opening made on a wall of the chamber , wherein the compensation valve is adapted to maintain a closed configuration when the pressure inside the chamber is substantially equal to the pressure in a first compensation duct and an open configuration when the pressure inside the chamber is lower than a predetermined value, wherein the second outlet opening is adapted to be connected to a first pipe ; at least one cartridge comprising a containment element for a product to be inhaled, in particular micronized salt crystal particles of different sizes, having an inlet adapted to be connected to a second pipe and an outlet adapted to be associated with the inlet opening of the delivery device ; and the first compensation duct having a first end adapted to be connected to the second pipe upstream of the cartridge and a second end connected to the valve of the delivery device .
A polymer composite comprising: (a) quantum dots; (b) polymerized units of a compound of formula (I) wherein R1 is hydrogen or methyl and R2 is a C6-C20 aliphatic polycyclic substituent; and (c) a light stabilizer compound comprising two 1-alkyloxy-2,2,6,6-tetramethyl-4-piperidinyl substituents. (a) quantum dots; (b) polymerized units of a compound of formula (I) wherein R1 is hydrogen or methyl and R2 is a C6-C20 aliphatic polycyclic substituent; and (c) a light stabilizer compound comprising two 1-alkyloxy-2,2,6,6-tetramethyl-4-piperidinyl substituents.
A sealing device designed to seal a fuel inlet opening of an aircraft engine in use, the sealing device comprising a cylinder body , at least one sealing element extending on the outer circumference of the cylinder body , a control element connected to the cylinder body , which control element is provided with a handle at, or at least near, its first end remote from the cylinder body , seen in a direction of an axis of movement parallel to the cylinder axis, and which, at an opposite part thereof, is provided with a first engaging element designed for direct or indirect engagement with a transmission mechanism which, upon operation of the control element , converts an operating movement into relative movement between the control element and the cylinder body parallel to the direction of the axis of movement in order to increase an outer circumference of the at least one sealing element during at least part of the relative movement toward each other of the control element and the cylinder body and to decrease said outer circumference during at least part of the relative movement away from each other of the control element and the cylinder body , wherein a locking device is provided, which locking device is designed to prevent or at least impede undesirable relative movement between the control element and the cylinder body in the direction away from each other.
An incontinence detection system comprising an incontinence detection pad for placement beneath a person to be monitored, the incontinence detection pad having a passive radio frequency identification (RFID) tag , a reader , and a plurality of antennae coupled to the reader , wherein the reader includes a bistatic radio frequency (RF) switch matrix which is operable to establish a first antenna of the plurality of antennae as a transmit antenna that is used to wirelessly energize the passive RFID tag and to establish a second antennae of the plurality of antennae as a receive antenna that is used to read backscattered data emitted from the passive RFID tag , the first and second antennae being situated in respective housings that are spaced apart from each other, wherein the plurality of antennae include a third antenna and a fourth antenna, characterised in that the bistatic RF switch matrix is operated in a full cycle scanning mode so that each of the first, second, third and fourth antenna is selectively chosen to be established as the transmit antenna and each of the remaining antenna are selectively cycled through to be the receive antenna such that twelve transmit antenna and receive antenna combinations are operated, and wherein during the full cycle scanning mode, the transmit antenna and receive antenna combinations that produce valid reads of the RFID tag are stored, wherein a modified cycle scanning mode is then determined for operation of the bistatic RF switch matrix based on the valid reads such that only transmit antenna and receive antenna combinations that produced valid reads are cycled through for a predetermined number of cycles, after which the bistatic RF switch matrix is once again operated in the full cycle scanning mode.
A method of transmitting a wake up signal, WUS, by a base station, BS, in a wireless communication system, the method comprising: generating (S911) configuration information including first configuration for an extended discontinuous reception-short, e-DRX-short, and second configuration for an e-DRX-long; transmitting (S913) the configuration information; and transmitting (S915) a WUS based on the configuration information, wherein the first configuration includes information for grouping user equipment, UEs, related to the e-DRX-short into first groups based on a UE identifier, ID, wherein the second configuration includes information for grouping UEs related to e-DRX-long into second groups based on a LTE ID, wherein the eDRX-short is related to an eDRX operation that a time gap can be configured to 40ms or 240ms, wherein the eDRX-long is related to the eDRX operation that the time gap can be configured to 1s or 2s, and wherein the time gap relates to a time interval between an end of a WUS resource and a paging occasion, PO. generating (S911) configuration information including first configuration for an extended discontinuous reception-short, e-DRX-short, and second configuration for an e-DRX-long; transmitting (S913) the configuration information; and transmitting (S915) a WUS based on the configuration information, wherein the first configuration includes information for grouping user equipment, UEs, related to the e-DRX-short into first groups based on a UE identifier, ID, wherein the second configuration includes information for grouping UEs related to e-DRX-long into second groups based on a LTE ID, wherein the eDRX-short is related to an eDRX operation that a time gap can be configured to 40ms or 240ms, wherein the eDRX-long is related to the eDRX operation that the time gap can be configured to 1s or 2s, and wherein the time gap relates to a time interval between an end of a WUS resource and a paging occasion, PO.
A computer-implemented method for facilitating efficient content exchange, the method comprising: generating , by a client computing device, an interest with a name that includes a routable prefix and a first hash of one or more original name components, wherein the name is a hierarchically structured variable length identifier that includes contiguous name components ordered from a most general level to a most specific level; computing a key based on a second hash of the original name components and a randomly generated first nonce; encrypting a payload of the interest with the key, wherein the interest indicates the first nonce; transmitting the interest; and receiving a content object with a payload encrypted based on the key. generating , by a client computing device, an interest with a name that includes a routable prefix and a first hash of one or more original name components, wherein the name is a hierarchically structured variable length identifier that includes contiguous name components ordered from a most general level to a most specific level; computing a key based on a second hash of the original name components and a randomly generated first nonce; encrypting a payload of the interest with the key, wherein the interest indicates the first nonce; transmitting the interest; and receiving a content object with a payload encrypted based on the key.
A cable packaging assembly for storing and unspooling cable, the cable packaging assembly comprising: - a frame comprising a base plate and a drum support protruding from the base plate ; - a packaging container comprising a compartment and an opening for accessing the compartment ; wherein the drum support is provided within the compartment ; wherein the frame is connected to the packaging container ; and wherein the base plate is arranged in the opening of the packaging container ; the cable packaging assembly being characterized in that the frame is configured to be in one of the following states: - a first state, in which the base plate and the drum support are oriented in the same plane; and - a second state, in which the drum support is oriented perpendicular to the base plate ; wherein the frame is in the second state when the drum support is provided within the compartment . the cable packaging assembly comprising: - a frame comprising a base plate and a drum support protruding from the base plate ; - a packaging container comprising a compartment and an opening for accessing the compartment ; - a frame comprising a base plate and a drum support protruding from the base plate ; - a packaging container comprising a compartment and an opening for accessing the compartment ; wherein the drum support is provided within the compartment ; wherein the frame is connected to the packaging container ; and wherein the base plate is arranged in the opening of the packaging container ; the cable packaging assembly being characterized in that the frame is configured to be in one of the following states: - a first state, in which the base plate and the drum support are oriented in the same plane; and - a second state, in which the drum support is oriented perpendicular to the base plate ; - a first state, in which the base plate and the drum support are oriented in the same plane; and - a second state, in which the drum support is oriented perpendicular to the base plate ; wherein the frame is in the second state when the drum support is provided within the compartment .
A power supply unit for an aerosol inhaler that causes an aerosol generated from an aerosol source heated by a first load to pass through a flavor source heated by a second load connected in parallel to the first load to add a flavor component of the flavor source to the aerosol, the power supply unit comprising: a power supply configured to be dischargeable to the first load and the second load ; the power supply unit being characterized in comprising: a first boosting circuit configured to be connected between the power supply and the first load , wherein the second load is connectable to a connection node between the first boosting circuit and the power supply . a power supply configured to be dischargeable to the first load and the second load ; the power supply unit being characterized in comprising: a first boosting circuit configured to be connected between the power supply and the first load , wherein the second load is connectable to a connection node between the first boosting circuit and the power supply . a first boosting circuit configured to be connected between the power supply and the first load , wherein the second load is connectable to a connection node between the first boosting circuit and the power supply .
A Cow Milk Isolate (CMI) polynucleic acid comprising: (a) a nucleotide sequence depicted in Figure 1 (e) [SEQ ID. No: 46], Figure 1(f) [SEQ ID. No: 57], Figure 1(g) [SEQ ID. No.: 70] or Figure 1(h) [SEQ ID. No.: 90]; (b) a nucleotide sequence having at least 99% identity to a nucleotide sequence of (a); (c) a nucleotide sequence being complementary to a nucleotide sequence of (a)or (b); or (d) a nucleotide sequence which is redundant as a result of the degeneracy of the genetic code compared to any of the above-given nucleotide sequences. (a) a nucleotide sequence depicted in Figure 1 (e) [SEQ ID. No: 46], Figure 1(f) [SEQ ID. No: 57], Figure 1(g) [SEQ ID. No.: 70] or Figure 1(h) [SEQ ID. No.: 90]; (b) a nucleotide sequence having at least 99% identity to a nucleotide sequence of (a); (c) a nucleotide sequence being complementary to a nucleotide sequence of (a)or (b); or (d) a nucleotide sequence which is redundant as a result of the degeneracy of the genetic code compared to any of the above-given nucleotide sequences.
Flotation system including a container , said container being provided with a bottom wall and a covering , the bottom wall extending in a direction from a rear face to a front face , the front face and the covering delimiting therebetween an empty internal space of the container , the flotation system including at least one float arranged in said internal space , said float having a variable volume between a folded position (POS1) and a deployed position (POS2) of said float, characterised in that said flotation system comprises at least one securing interface provided with a fitting , said fitting including at least one securing member for securing the securing interface to a first element formed by said bottom wall of said container , said securing interface including at least one band which is attached to said fitting and to said float , said fitting including at least one main support through which a main rod passes, said main rod being designed to pass through an attachment of a second element , said second element not belonging to the securing interface and being separate from said bottom wall of said container .