mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: calculating the total energy absorbed by a working fluid in a steam generation system as it undergoes a change of state by; measuring a first energy of feedwater entering into a steam generation system; measuring a second energy of steam or water exiting the steam generation system; subtracting a difference between the first energy and the second energy to determine a total energy absorbed by the steam generation system as it undergoes a change in state; dividing the total energy absorbed by the steam generation system by an efficiency of the steam generation system to determine a heat input to the steam generation system; and determining carbon dioxide emissions from the heat input to the steam generation system, characterized by further comprising maintaining a database of the analysis of fuel and ash and additionally using data from the database to determine the heat input to the steam generation system. calculating the total energy absorbed by a working fluid in a steam generation system as it undergoes a change of state by; measuring a first energy of feedwater entering into a steam generation system; measuring a second energy of steam or water exiting the steam generation system; subtracting a difference between the first energy and the second energy to determine a total energy absorbed by the steam generation system as it undergoes a change in state; dividing the total energy absorbed by the steam generation system by an efficiency of the steam generation system to determine a heat input to the steam generation system; and determining carbon dioxide emissions from the heat input to the steam generation system, characterized by measuring a first energy of feedwater entering into a steam generation system; measuring a second energy of steam or water exiting the steam generation system; subtracting a difference between the first energy and the second energy to determine a total energy absorbed by the steam generation system as it undergoes a change in state; dividing the total energy absorbed by the steam generation system by an efficiency of the steam generation system to determine a heat input to the steam generation system; and determining carbon dioxide emissions from the heat input to the steam generation system, characterized by
A data transfer management method for managing the transfer of data from or to at least one memory storage unit of an architecture, the architecture comprising: - request initiator components that are capable of requesting the transfer of data from or on to the memory storage unit; - proxies, at least one of the proxies being capable of ensuring the transfer of data on account of one of the request initiator components; and - firewalls, at least one of the firewalls being a firewall that is specific to the memory unit, the memory specific firewall controlling the access to the memory; each memory unit and each request initiator component having a security level, the architecture being characterised by a filtering policy that defines the rules of access to the memory unit for each request initiator component and for each proxy on the basis of the security levels; the method comprising at least one step of: - reception by the firewall specific to the memory of at least one data transfer request from the proxy, the method being characterized in that it comprises the steps of - determination by the memory specific firewall of the initiator component that is initiating the data transfer request; and - authorisation of the accessing of the memory by the memory specific firewall only when the security levels of the memory and initiator component that is initiating the data transfer request are in compliance with the access rules of the filtering policy. - request initiator components that are capable of requesting the transfer of data from or on to the memory storage unit; - proxies, at least one of the proxies being capable of ensuring the transfer of data on account of one of the request initiator components; and - firewalls, at least one of the firewalls being a firewall that is specific to the memory unit, the memory specific firewall controlling the access to the memory; - reception by the firewall specific to the memory of at least one data transfer request from the proxy, - determination by the memory specific firewall of the initiator component that is initiating the data transfer request; and - authorisation of the accessing of the memory by the memory specific firewall only when the security levels of the memory and initiator component that is initiating the data transfer request are in compliance with the access rules of the filtering policy.
A method for producing a sintered joint between a ceramic substrate and a carrier, the ceramic substrate comprising a ceramic layer, a first substrate metallization layer attached to the ceramic layer and a second substrate metallization layer attached to the ceramic layer, the ceramic layer disposed between the first substrate metallization layer and the second substrate metallization layer, the second substrate metallization layer patterned to include at least two conductor tracks (221, 222) disposed distant from one another, the method comprising: pre-heating the carrier by increasing a temperature of the carrier from an initial temperature to at least a first threshold temperature; increasing a pressure (p), with which the pre-heated carrier, the ceramic substrate and a powder-including layer (41") disposed between the pre-heated carrier and the ceramic substrate and adjoining both the carrier and the first substrate metallization layer are pressed against one another, from an initial pressure of less than or equal to an initial pressure threshold to at least a first pressure threshold; sintering the powder-including layer (41") by simultaneously keeping the pressure (p) for at least a minimum sintering time (Δt) at at least the first pressure threshold and the temperature of the carrier at at least the first temperature threshold so that the powder-including layer (41") is converted into a joining layer joining the carrier and the ceramic substrate; wherein the first temperature threshold is a temperature which allows for sintering the powder-including layer (41") when it is heated to that temperature. pre-heating the carrier by increasing a temperature of the carrier from an initial temperature to at least a first threshold temperature; increasing a pressure (p), with which the pre-heated carrier, the ceramic substrate and a powder-including layer (41") disposed between the pre-heated carrier and the ceramic substrate and adjoining both the carrier and the first substrate metallization layer are pressed against one another, from an initial pressure of less than or equal to an initial pressure threshold to at least a first pressure threshold; sintering the powder-including layer (41") by simultaneously keeping the pressure (p) for at least a minimum sintering time (Δt) at at least the first pressure threshold and the temperature of the carrier at at least the first temperature threshold so that the powder-including layer (41") is converted into a joining layer joining the carrier and the ceramic substrate; wherein the first temperature threshold is a temperature which allows for sintering the powder-including layer (41") when it is heated to that temperature.
A method for use in a delivery manager, the method comprising: receiving (616, 706, 806, 906, or 1102) a certificate that a Domain Name Service,DNS, associates with a DNS name of a recipient system; and distributing (618, 708a, 708n, 808, 908, 1004, or 1106) the certificate to a plurality of sending systems, each sending system configured to: store the certificate in a local memory of the sending system; in response to a future determination to send an encrypted message to the recipient system, use the certificate from the local memory of the sending system to perform encryption; and send the encrypted message directly to the recipient system; characterized in that distributing the certificate to the plurality of sending systems is according to a pre-determined time period or in response to the delivery manager receiving a new or updated certificate. receiving (616, 706, 806, 906, or 1102) a certificate that a Domain Name Service,DNS, associates with a DNS name of a recipient system; and distributing (618, 708a, 708n, 808, 908, 1004, or 1106) the certificate to a plurality of sending systems, each sending system configured to: store the certificate in a local memory of the sending system; in response to a future determination to send an encrypted message to the recipient system, use the certificate from the local memory of the sending system to perform encryption; and send the encrypted message directly to the recipient system; store the certificate in a local memory of the sending system; in response to a future determination to send an encrypted message to the recipient system, use the certificate from the local memory of the sending system to perform encryption; and send the encrypted message directly to the recipient system; characterized in that distributing the certificate to the plurality of sending systems is according to a pre-determined time period or in response to the delivery manager receiving a new or updated certificate.
A message transmission method for a vulnerable road user, VRU, the method executed by a first mobile device of a first VRU, and the method comprising: determining whether there exists a target mobile device which has already broadcast a personal safety message, PSM, and is within a preset range (TR, R1, R2, R3) of the first VRU; when the target mobile device exists within the preset range (TR, R1, R2, R3), then determining whether to broadcast a first PSM according to a relative distance between the target mobile device and an intersection as well as a relative distance between the target mobile device and the first mobile device, comprising: when the relative distance between the target mobile device and the intersection is less than the relative distance between the first mobile device and the intersection and the relative distance between the target mobile device and the first mobile device is less than a present distance, then not broadcasting the first PSM; and when the target mobile device doesn't exist within the preset range (TR, R1, R2, R3), then broadcasting the first PSM by the first mobile device. determining whether there exists a target mobile device which has already broadcast a personal safety message, PSM, and is within a preset range (TR, R1, R2, R3) of the first VRU; when the target mobile device exists within the preset range (TR, R1, R2, R3), then determining whether to broadcast a first PSM according to a relative distance between the target mobile device and an intersection as well as a relative distance between the target mobile device and the first mobile device, comprising: when the relative distance between the target mobile device and the intersection is less than the relative distance between the first mobile device and the intersection and the relative distance between the target mobile device and the first mobile device is less than a present distance, then not broadcasting the first PSM; and when the target mobile device doesn't exist within the preset range (TR, R1, R2, R3), then broadcasting the first PSM by the first mobile device. when the relative distance between the target mobile device and the intersection is less than the relative distance between the first mobile device and the intersection and the relative distance between the target mobile device and the first mobile device is less than a present distance, then not broadcasting the first PSM; and when the target mobile device doesn't exist within the preset range (TR, R1, R2, R3), then broadcasting the first PSM by the first mobile device.
A method for hosting middleware components for a plurality of tenants, the method comprising: mapping middleware components to a plurality of compute nodes, each of the compute nodes comprising a container management agent and one or more containers; organizing the plurality of compute nodes into one or more clusters based upon whether the compute nodes are running stateful or stateless middleware components; placing individual ones of the middleware components onto a mapped compute node; placing the individual ones of the middleware components into one or more containers on each of the mapped compute nodes by the container management agent, the containers hosting the operation of the one or more of the middleware components; determining a scale factor for a stateless middleware component; and cloning the middleware component on a number of compute nodes corresponding to the scale factor; determining a scale factor for a stateful middleware component; and placing partitions across a number of compute nodes corresponding to the scale factor, wherein the partitions correspond to containers hosting instances of the middleware component. mapping middleware components to a plurality of compute nodes, each of the compute nodes comprising a container management agent and one or more containers; organizing the plurality of compute nodes into one or more clusters based upon whether the compute nodes are running stateful or stateless middleware components; placing individual ones of the middleware components onto a mapped compute node; placing the individual ones of the middleware components into one or more containers on each of the mapped compute nodes by the container management agent, the containers hosting the operation of the one or more of the middleware components; determining a scale factor for a stateless middleware component; and cloning the middleware component on a number of compute nodes corresponding to the scale factor; determining a scale factor for a stateful middleware component; and placing partitions across a number of compute nodes corresponding to the scale factor, wherein the partitions correspond to containers hosting instances of the middleware component.
Aircraft cabin panel (40; 140; 240; 79) for sound reduction in an interior space, which aircraft cabin panel in at least one region comprises a sandwich construction with: - a core layer (50; 150; 250; 86); - a first covering layer (52; 152; 252; 85); and - a second covering layer (54; 154; 254; 84); wherein the core layer (50; 150; 250; 86) comprises a sound-absorbing open-pore core material; wherein the first covering layer and the second covering layer are connected in planar fashion to the core layer (50; 150; 250; 86); wherein the first covering layer (52; 152; 252; 85) is arranged in the direction of the sound waves to be absorbed and wherein the second covering layer (54; 154; 254; 84) is arranged opposite the first covering layer (52; 152; 252; 85); wherein the first covering layer (52; 152; 252; 85) is designed so as to be acoustically transparent; characterized in that the core layer comprises an open-pore or open-cell foam material. - a core layer (50; 150; 250; 86); - a first covering layer (52; 152; 252; 85); and - a second covering layer (54; 154; 254; 84); wherein the core layer (50; 150; 250; 86) comprises a sound-absorbing open-pore core material; wherein the first covering layer and the second covering layer are connected in planar fashion to the core layer (50; 150; 250; 86); wherein the first covering layer (52; 152; 252; 85) is arranged in the direction of the sound waves to be absorbed and wherein the second covering layer (54; 154; 254; 84) is arranged opposite the first covering layer (52; 152; 252; 85); wherein the first covering layer (52; 152; 252; 85) is designed so as to be acoustically transparent; characterized in that the core layer comprises an open-pore or open-cell foam material. wherein the core layer (50; 150; 250; 86) comprises a sound-absorbing open-pore core material; wherein the first covering layer and the second covering layer are connected in planar fashion to the core layer (50; 150; 250; 86); wherein the first covering layer (52; 152; 252; 85) is arranged in the direction of the sound waves to be absorbed and wherein the second covering layer (54; 154; 254; 84) is arranged opposite the first covering layer (52; 152; 252; 85); wherein the first covering layer (52; 152; 252; 85) is designed so as to be acoustically transparent; characterized in that the core layer comprises an open-pore or open-cell foam material.
A method performed by a user equipment, UE, the method comprising: receiving a broadcast signal from a base station; determining a first set of physical resource blocks, PRBs, for a common search space based on the broadcast signal; determining a second set of PRBs for a UE-specific search space based on a higher layer signaling; and receiving a demodulation reference signal, DMRS, in the first set of PRBs or in the second set of PRBs, wherein the DMRS is determined based on a physical identity of the base station, in a case that the DMRS is received in the first set of PRBs, and wherein the DMRS is determined based on the higher layer signaling, in a case that the DMRS is received in the second set of PRBs. receiving a broadcast signal from a base station; determining a first set of physical resource blocks, PRBs, for a common search space based on the broadcast signal; determining a second set of PRBs for a UE-specific search space based on a higher layer signaling; and receiving a demodulation reference signal, DMRS, in the first set of PRBs or in the second set of PRBs, wherein the DMRS is determined based on a physical identity of the base station, in a case that the DMRS is received in the first set of PRBs, and wherein the DMRS is determined based on the higher layer signaling, in a case that the DMRS is received in the second set of PRBs.
A computer implemented method for indexing and retrieving documents in a database, comprising the steps of: converting each document in a collection of documents to a document particle graph, the document graph including particles selected from a set of particles; particles being sequences of phonems and particles may traverse word boundaries, the set of particles consisting of particles representing sound sequences that may occur in any query or document, and a particle graph representing the possible decompositions of a query or document in particle sequences; extracting, for each document, particles or particle patterns as a set of document keys from the corresponding particle graph; storing the document keys for each document in an index to a database storing the collection of documents; converting a query to a query particle graph, the query particle graph including particles selected from the set of the particles; extracting particles, particle n-grams, particle count vectors or particle occurrence histograms as a set of query keys from the query particle graph; retrieving relevant documents from the database according to the query keys and the document keys stored in the index; and outputting the relevant documents to a user. converting each document in a collection of documents to a document particle graph, the document graph including particles selected from a set of particles; particles being sequences of phonems and particles may traverse word boundaries, the set of particles consisting of particles representing sound sequences that may occur in any query or document, and a particle graph representing the possible decompositions of a query or document in particle sequences; extracting, for each document, particles or particle patterns as a set of document keys from the corresponding particle graph; storing the document keys for each document in an index to a database storing the collection of documents; converting a query to a query particle graph, the query particle graph including particles selected from the set of the particles; extracting particles, particle n-grams, particle count vectors or particle occurrence histograms as a set of query keys from the query particle graph; retrieving relevant documents from the database according to the query keys and the document keys stored in the index; and outputting the relevant documents to a user.
Deposit device comprising at least one deposit container and a transport device for transporting a collection medium to be deposited, wherein an RFID unit is arranged on or in the transport device and the RFID unit is formed as a reading and writing unit, and wherein the RFID unit is connected via control electronics to a user interface, in particular an operating panel, so that the data entered by a user via the user interface can be transferred to a smart label arranged on or in a collection medium, wherein the deposit device has at least one supporting surface for empty collection media, which is coupled to the transport device, wherein the deposit device is set up such that, before the output of an empty collection medium, the smart label of the empty collection medium is written by the RFID unit with data entered by the user via the user interface.
A method for controlling communication connections of mobile terminals that are operable in a mobile radio network according to the UMTS radio network standard, wherein the mobile radio network comprises at least one service area comprising a cellular network structure composed of radio cells, the service area for at least one mobile terminal is divided into at least one preferred area and one remaining area and if the mobile terminal is present in the at last one preferred area for communication connections, a use of at least one service will be enabled, which use is different from the use of services enabled for communication connections, if the mobile terminal is present in the remaining area, characterized in that if the mobile terminal is placed in the preferred area, a communication connection will be established under exclusion of radio cell transfer functionalities using radio network controlling resources of a mobility management of mobile terminals of the mobile radio network, and that if a communication connection is established, an identifier will be signalized by the mobile terminal to at least one base station (node B) of the mobile radio network, which base station forms at least one radio cell of the preferred area, and the communication connection to be established will be forwarded by the base station (node B) on the basis of the identifier, wherein an identifier of the preferred area is recorded by the base station (node B) and the recorded identifier will be compared with the signalized identifier and if the recorded identifier and the signalized identifier coincide, the communication connection to be established will be directly forwarded via a direct connection without using RNC resources between the base station (node B) and the switching station (SGSN) associated to this one of the mobile radio network.
An immunogenic composition comprising at least one recombinant multimeric ectodomain of an influenza virus protein or part thereof which has a similar immunogenic activity, fused to a streptavidin affinity tag, and a pharmaceutically acceptable diluent, wherein said recombinant multimeric ectodomain of an influenza virus protein or part thereof is selected from the group consisting of a recombinant trimeric influenza hemagglutinin ectodomain or part thereof and a recombinant tetrameric influenza neuraminidase ectodomain or part thereof.