mhurhangee/ep-ind-claims huggingface dataset:
Method for updating, during an actual drive, a first navigation database of a vehicle navigation system used for route guidance, wherein the first navigation database stores data in blocks, each of the blocks containing at least one record constituting a source object, the source object including data of one of a map geometry, road topology on a lowest organization level or name attributes of cities and streets; comprising the steps of providing a second navigation database storing data in blocks corresponding to the blocks of the first navigation database, each of the blocks containing at least one record constituting a source object and at least one of the blocks containing at least one record constituting a derived object, wherein the derived object includes data already known from a source object or other derived objects but on a higher organization level and wherein the derived object is usable for acceleration of operation of navigation software; and wherein the second database differs from the first navigation database at least in one of the source objects; compiling source objects of the first navigation database to generate derived objects of the first navigation database; compiling a subset of source objects of the second navigation database that consists only of source objects that differ from the corresponding source objects constituted in the first navigation database to generate derived objects of the second navigation database; grouping all of the source objects of the first navigation database and the derived objects generated by the compilation of the source objects of the first navigation database in blocks of the first navigation database; grouping all of the source objects of the second navigation database and the derived objects generated by the compilation of the source objects of the second navigation database in blocks of the second navigation database corresponding to the grouped blocks of the first navigation database, wherein corresponding grouped block include corresponding records constituing the same or similar objects; comparing the blocks of the first navigation database resulting from the grouping with the corresponding blocks of the second navigation database resulting from the grouping to determine blocks of the second navigation database that differ from the corresponding blocks of the first navigation database; and generating an update package for the first navigation database comprising only blocks of the second navigation database that are determined by the comparison step to differ from the corresponding blocks of the first navigation database; and wherein the first navigation database contains information about the dependency of the derived objects on other derived objects and source objects and only those derived objects of the first navigation database are generated by the compiling that are derived from source objects or derived objects of the first navigation database that differ from the corresponding source objects or the corresponding derived objects of the second navigation database.
Use of a clay comprising: - less than 30% of kaolinite; and - at least 20% of muscovite and/or illite; - from 1% to 20% of smectite; - the muscovite and/or illite / kaolinite weight ratio being greater than 1; for the preparation of a geopolymer precursor. - less than 30% of kaolinite; and - at least 20% of muscovite and/or illite; - from 1% to 20% of smectite; - the muscovite and/or illite / kaolinite weight ratio being greater than 1;
A pool cleaner, comprising: a canister body including an inlet, a top, and a bottom having a central opening, the canister body defining an inner chamber; a filter medium disposed within the inner chamber of the canister body; a cyclone block including a plurality of cyclone containers and a central opening, the cyclone block disposed within the inner chamber of the canister body and at least partially surrounded by the filter medium; a shaft including a first end and a second end; an impeller engaged with the first end of the shaft; a top cap including an outlet, the top cap covering the cyclone block; and a guard engaged with the top cap and covering the outlet; wherein a first cyclonic flow is generated between the canister body and the filter medium, and a second cyclonic flow is generated within each of the plurality of cyclone containers, characterized by a sleeve having a first end and a second end, the sleeve extending through the central opening of the cyclone block and positioned at least partially within the cyclone block, the second end of the sleeve being adjacent the central opening of the canister body; the shaft extending through the sleeve with the first end of the shaft extending from the first end of the sleeve. a canister body including an inlet, a top, and a bottom having a central opening, the canister body defining an inner chamber; a filter medium disposed within the inner chamber of the canister body; a cyclone block including a plurality of cyclone containers and a central opening, the cyclone block disposed within the inner chamber of the canister body and at least partially surrounded by the filter medium; a shaft including a first end and a second end; an impeller engaged with the first end of the shaft; a top cap including an outlet, the top cap covering the cyclone block; and a guard engaged with the top cap and covering the outlet; wherein a first cyclonic flow is generated between the canister body and the filter medium, and a second cyclonic flow is generated within each of the plurality of cyclone containers, characterized by a sleeve having a first end and a second end, the sleeve extending through the central opening of the cyclone block and positioned at least partially within the cyclone block, the second end of the sleeve being adjacent the central opening of the canister body; the shaft extending through the sleeve with the first end of the shaft extending from the first end of the sleeve.
A method of managing a HOLD announcement in a communication network, the method characterised by, at an Application Server, AS: receiving (S403; S503), during a communication session or during initialization of a communication session, from a user terminal a message, the message comprising an indicator specifying whether the AS should provide a HOLD announcement in the event of a change in direction of a media stream between the user terminal and a further node during the communication session; storing (S404; S504) the indicator in a memory; determining (S406; S507) that a change in direction of the media stream has occurred; and determining (S407; S508), from the indicator, whether or not to provide the HOLD announcement to the further node. receiving (S403; S503), during a communication session or during initialization of a communication session, from a user terminal a message, the message comprising an indicator specifying whether the AS should provide a HOLD announcement in the event of a change in direction of a media stream between the user terminal and a further node during the communication session; storing (S404; S504) the indicator in a memory; determining (S406; S507) that a change in direction of the media stream has occurred; and determining (S407; S508), from the indicator, whether or not to provide the HOLD announcement to the further node.
A computer program product including instructions recorded on a non-transitory computer readable storage medium, which, when executed by at least one process, are configured to cause at least one processor to: transform a first secret including confidential data into a first public representation of the first secret; execute an instruction on the first secret to obtain a second secret; transform the second secret into a second public representation of the second secret; generate a first gestalt statement (124, 126) characterizing a first gestalt relation between a first plurality of pieces secrets, the first gestalt relation defining a manner in which the first plurality of pieces secrets combine to provide the first secret; generate a second gestalt statement characterizing a second gestalt relation between a second plurality of pieces secrets, the second gestalt relation defining a manner in which the second plurality of pieces secrets combine to provide the second secret; generate an instruction statement that conveys an instruction relation between the first public representation of the first secret and the second public representation of the second secret and that enables verification of the execution of the instruction on the first secret to obtain the second secret; and provide the instruction statement, the first gestalt statement, and the second gestalt statement within a shared manifest to enable verification of application of the instruction with respect to the first secret and the second secret. transform a first secret including confidential data into a first public representation of the first secret; execute an instruction on the first secret to obtain a second secret; transform the second secret into a second public representation of the second secret; generate a first gestalt statement (124, 126) characterizing a first gestalt relation between a first plurality of pieces secrets, the first gestalt relation defining a manner in which the first plurality of pieces secrets combine to provide the first secret; generate a second gestalt statement characterizing a second gestalt relation between a second plurality of pieces secrets, the second gestalt relation defining a manner in which the second plurality of pieces secrets combine to provide the second secret; generate an instruction statement that conveys an instruction relation between the first public representation of the first secret and the second public representation of the second secret and that enables verification of the execution of the instruction on the first secret to obtain the second secret; and provide the instruction statement, the first gestalt statement, and the second gestalt statement within a shared manifest to enable verification of application of the instruction with respect to the first secret and the second secret.
A magnetic random access memory (MRAM) having a cell that comprises a transistor and a magnetic tunnelling junction layer connected to the transistor, wherein the MTJ layer comprises: a lower electrode (42a, 42b); a lower magnetic film (42c, 42d); a tunneling film; and an upper magnetic film, wherein the lower electrode (42a, 42b) comprises a first lower electrode and a second lower electrode; characterized in that the second lower electrode is a flattening film of an amorphous metal compound of one selected from group consisting of CoZrNb, CoTb, CoFeTb, CoZr. a lower electrode (42a, 42b); a lower magnetic film (42c, 42d); a tunneling film; and an upper magnetic film, wherein the lower electrode (42a, 42b) comprises a first lower electrode and a second lower electrode; characterized in that the second lower electrode is a flattening film of an amorphous metal compound of one selected from group consisting of CoZrNb, CoTb, CoFeTb, CoZr.
Dressing for wound treatment at a wounded body part, in particular for open wound treatment, comprising a stiff hollow body forming a chamber and a plate connected or connectable with the hollow body, wherein said plate forms a seat area for attachment of the dressing to said wounded body part, wherein said hollow body and said plate each comprise a first through opening, wherein said first opening is situated at the distal end of said hollow body, wherein said hollow body comprises at least one second through opening at its proximal end, wherein said at least one second opening is preferably closable, wherein at the inner surface of said hollow body there is at least one rib which provides a projection or nose in order to fix a dressing material inserted into the wound chamber for wound treatment so that said dressing material is prevented from detachment of the wound chamber.
A method for compressing a Higher Order Ambisonics, HOA, representation for a sound field, said method comprising: from a current time frame of HOA coefficients ( D ( k)), estimating dominant sound source directions ( A Ω̂ ( k)); decomposing said HOA representation into dominant directional signals ( X DIR ( k ― 1)) in a time domain and a residual component, based on the estimated dominant sound source directions, wherein said residual component is represented by directional signals ( X̃ GRID,DIR ( k ― 1)) on a uniform grid in a discrete spatial domain in order to obtain plane wave functions at uniform sampling directions, and wherein the directional signals ( X̃ GRID,DIR ( k ― 1)) are predicted, on the uniform grid, from said dominant directional signals ( X DIR ( k ― 1)), wherein the predicted directional signals ( X ̃ ^ GRID,DIR k − 1) are transformed back into the HOA domain to compute a residual HOA component ( D A ( k ― 2)); reducing the current order of said residual HOA component ( D A ( k ― 2)) to a lower order, resulting in a reduced-order residual HOA component( D A,RED ( k ― 2)); de-correlating said reduced-order residual HOA component ( D A,RED ( k ― 2)) to obtain corresponding residual HOA component time domain signals ( W A,RED ( k ― 2)); and perceptually encoding said dominant directional signals ( X DIR ( k ― 1)) and said residual HOA component time domain signals ( W A,RED ( k ― 2)) so as to provide compressed dominant directional signals X ⌣ DIR k − 1 and compressed residual component signals ( W A,RED ( k ― 2)). from a current time frame of HOA coefficients ( D ( k)), estimating dominant sound source directions ( A Ω̂ ( k)); decomposing said HOA representation into dominant directional signals ( X DIR ( k ― 1)) in a time domain and a residual component, based on the estimated dominant sound source directions, wherein said residual component is represented by directional signals ( X̃ GRID,DIR ( k ― 1)) on a uniform grid in a discrete spatial domain in order to obtain plane wave functions at uniform sampling directions, and wherein the directional signals ( X̃ GRID,DIR ( k ― 1)) are predicted, on the uniform grid, from said dominant directional signals ( X DIR ( k ― 1)), wherein the predicted directional signals ( X ̃ ^ GRID,DIR k − 1) are transformed back into the HOA domain to compute a residual HOA component ( D A ( k ― 2)); reducing the current order of said residual HOA component ( D A ( k ― 2)) to a lower order, resulting in a reduced-order residual HOA component( D A,RED ( k ― 2)); de-correlating said reduced-order residual HOA component ( D A,RED ( k ― 2)) to obtain corresponding residual HOA component time domain signals ( W A,RED ( k ― 2)); and perceptually encoding said dominant directional signals ( X DIR ( k ― 1)) and said residual HOA component time domain signals ( W A,RED ( k ― 2)) so as to provide compressed dominant directional signals X ⌣ DIR k − 1 and compressed residual component signals ( W A,RED ( k ― 2)).
A method for producing a liposome, comprising: a stirring step of stirring a mixed liquid containing an oil phase in which at least one lipid is dissolved in an organic solvent and a water phase; and an evaporating step of evaporating an organic solvent from the mixed liquid, wherein the condensed organic solvent is removed by passing a gas having a temperature not higher than the dew point of the total solvent in the mixed liquid in the evaporating step. a stirring step of stirring a mixed liquid containing an oil phase in which at least one lipid is dissolved in an organic solvent and a water phase; and an evaporating step of evaporating an organic solvent from the mixed liquid, wherein the condensed organic solvent is removed by passing a gas having a temperature not higher than the dew point of the total solvent in the mixed liquid in the evaporating step.
A method for supporting protocol independent multicast sparse mode, PIM-SM, using multicast resource reservation protocol-traffic engineering, mRSVP-TE, comprising: creating, by a source provider edge, PE, router, a protocol independent multicast, PIM, state, wherein the PIM state is an (S, G) state; sending, by the source PE router, a first unicast data message to a rendezvous point, RP, PE router using the PIM state, wherein the first unicast data message is a PIM register message encapsulated as a unicast multiprotocol label switching, MPLS-, packet; receiving, by the source PE router, a PIM join message from the RP PE router, wherein the PIM join message triggers creating a second PIM state, wherein the second PIM state is an (S, G) state; sending, by the source PE router, a second unicast data message to the RP PE router via a default multicast distribution tree, MDT, using the second PIM state; receiving, by the source PE router, a PIM register-stop message from the RP PE router, wherein the PIM register-stop message suspends sending the second unicast data message; and sending, by the source PE router, multicast data traffic via the default MDT. creating, by a source provider edge, PE, router, a protocol independent multicast, PIM, state, wherein the PIM state is an (S, G) state; sending, by the source PE router, a first unicast data message to a rendezvous point, RP, PE router using the PIM state, wherein the first unicast data message is a PIM register message encapsulated as a unicast multiprotocol label switching, MPLS-, packet; receiving, by the source PE router, a PIM join message from the RP PE router, wherein the PIM join message triggers creating a second PIM state, wherein the second PIM state is an (S, G) state; sending, by the source PE router, a second unicast data message to the RP PE router via a default multicast distribution tree, MDT, using the second PIM state; receiving, by the source PE router, a PIM register-stop message from the RP PE router, wherein the PIM register-stop message suspends sending the second unicast data message; and sending, by the source PE router, multicast data traffic via the default MDT.
Driven ground maintenance apparatus, in particular battery-operated lawnmower, having at least one electrical propulsion drive unit, having at least one electrical cultivation drive unit, having at least one open-loop and/or closed-loop control unit configured to actuate the electrical propulsion drive unit to regulate a speed of movement, and having at least one measuring unit configured to measure at least one movement parameter and at least one cultivation parameter, in particular at least one load parameter of the electrical propulsion drive unit and/or the electrical cultivation drive unit, wherein the open-loop and/or closed-loop control unit is configured to actuate the electrical propulsion drive unit to gradually regulate the speed of movement on the basis of at least one movement parameter measured by the measuring unit and on the basis of at least one cultivation parameter measured by the measuring unit, in particular on the basis of a mean value for a plurality of measurements of the at least one cultivation parameter, the open-loop and/or closed-loop control unit being configured to actuate the electrical propulsion drive unit to gradually regulate the speed of movement on the basis of predefined acceleration data that are in particular stored in at least one memory unit of the open-loop and/or closed-loop control unit, characterized in that the acceleration data predefine a plurality of hysteresis-type acceleration and/or braking characteristic curves (22, 24, 26, 28, 30, 32, 34, 36, 38, 40) of the electrical propulsion drive unit, each of the hysteresis-type acceleration and/or braking characteristic curves (22, 24, 26, 28, 30, 32, 34, 36, 38, 40) being associated with a different movement parameter, in particular a different speed of movement.
Particle-free consolidant for shaped bodies and geological formations composed of porous or particulate materials, comprising a hydrolysate or precondensate of (a) at least one organosilane of the general formula R n SiX 4-n in which the R radicals are the same or different and are each hydrolytically non-eliminable groups, the X radicals are the same or different and are each hydrolytically eliminable groups or hydroxyl groups, and n has the value of 1, 2 or 3; and (b) at least one hydrolysable silane of the general formula SiX 4 in which the X radicals have the above definition, the hydrolysate or precondensate comprising a reaction product of an alkylsilane, an arylsilane and (b) an orthosilicic ester. (a) at least one organosilane of the general formula R n SiX 4-n in which the R radicals are the same or different and are each hydrolytically non-eliminable groups, the X radicals are the same or different and are each hydrolytically eliminable groups or hydroxyl groups, and n has the value of 1, 2 or 3; and (b) at least one hydrolysable silane of the general formula SiX 4 in which the X radicals have the above definition, the hydrolysate or precondensate comprising a reaction product of an alkylsilane, an arylsilane and (b) an orthosilicic ester.
Method for admission control in a network node in a wireless communication system, the method comprising: - receiving, from a requesting entity, a request for a bearer setup, associated with a priority level P; - mapping the received request for bearer setup onto various monitored system resources, MSRs, necessary for setting up the bearer, the MSRs being dynamic MSRs for which the utilization may vary during a bearer's life time; - obtaining reports indicating a priority blocking level, BLi, per monitored system resource, i, to which the request for bearer setup has been mapped and which are thus needed for setting up the bearer; - determining a general priority blocking level BLG, based on the reports, wherein the general priority blocking level BLG is determined as the priority blocking level, associated with a highest priority level of the respective priority blocking levels BLi; - deciding whether to accept or reject the request for a bearer setup based on the priority level P and the general priority blocking level BLG. - receiving, from a requesting entity, a request for a bearer setup, associated with a priority level P; - mapping the received request for bearer setup onto various monitored system resources, MSRs, necessary for setting up the bearer, the MSRs being dynamic MSRs for which the utilization may vary during a bearer's life time; - obtaining reports indicating a priority blocking level, BLi, per monitored system resource, i, to which the request for bearer setup has been mapped and which are thus needed for setting up the bearer; - determining a general priority blocking level BLG, based on the reports, wherein the general priority blocking level BLG is determined as the priority blocking level, associated with a highest priority level of the respective priority blocking levels BLi; - deciding whether to accept or reject the request for a bearer setup based on the priority level P and the general priority blocking level BLG.
A radio communications terminal (100, 200, 350, 1000) comprising a radio frequency interface (230, 1030) configured to operate at least at a first configuration, and a controller, wherein said controller is configured to determine that a reconfiguration of the radio frequency interface (230, 1030) is to be performed; determine a timing of the reconfiguration; and reconfigure said radio frequency interface (230, 1030) to operate at a second configuration at the determined timing, wherein said controller is configured to determine said timing based on the type of reconfiguration to be made, and wherein said controller is further configured to detect a received channel and determine said timing based on a time schedule of a data packet in said received channel, wherein said data packet comprises a control portion and a data portion; and if said reconfiguration is of a first type, determine said timing to coincide with said control portion of said data packet, and, if said reconfiguration is of a second type, determine said timing to coincide with said data portion of said data packet.