mhurhangee/ep-ind-claims huggingface dataset:
A vehicle correlation system for detection of at least one cyber-attack on one or more vehicles comprising a plurality of on-board communication agent modules (141-143 and 144-146) communicating with one another, the system comprising: a. first on-board communication agent modules installed within a plurality of vehicles, wherein the first on-board communication agent modules are configured to collect, process and transmit and receive first metadata to and from the correlation engine; b. second on-board communication agent modules installed within road infrastructure and in a range of communication with at least one of the first on-board communication agent modules, wherein the second on-board communication agent modules are configured to collect, process and transmit and receive second metadata to and from the correlation engine; c. a remote cloud-based detection server comprising a correlation engine; wherein the correlation engine is configured to: calculate a correlation between the data parameters of at least the second metadata collected, processed and received from one or more second on-board communication agent modules installed within road infrastructure; indicate a probability of a cyber-attack against one or more vehicles based on the calculated correlation, and detect cyber-attacks against the one or more vehicles based on the calculated correlations; and wherein the data parameters of the first and second metadata are selected from a group consisting of: a suspect and/or an identified threat on one or more vehicles, spread of a suspect and/or an identified attack among multiple vehicles, location of the vehicles, geographic information, vehicle unique identification, event time, vehicle-to-vehicle communication parameters, vehicle-to-infrastructure communication parameters, vehicle-to-cloud communication parameters, software applications downloaded and/or used in the vehicle and/or any combinations thereof. a. first on-board communication agent modules installed within a plurality of vehicles, wherein the first on-board communication agent modules are configured to collect, process and transmit and receive first metadata to and from the correlation engine; b. second on-board communication agent modules installed within road infrastructure and in a range of communication with at least one of the first on-board communication agent modules, wherein the second on-board communication agent modules are configured to collect, process and transmit and receive second metadata to and from the correlation engine; c. a remote cloud-based detection server comprising a correlation engine; calculate a correlation between the data parameters of at least the second metadata collected, processed and received from one or more second on-board communication agent modules installed within road infrastructure; indicate a probability of a cyber-attack against one or more vehicles based on the calculated correlation, and detect cyber-attacks against the one or more vehicles based on the calculated correlations; and
A random access method, applied to a terminal device, the method comprising: performing listen before talk operations on LBT frequency bands corresponding to N physical random access channel occasion resources, and selecting M target RO resources from the N RO resources, wherein at least two RO resources in the N RO resources are corresponding to different LBT frequency bands, the target RO resources are RO resources in the N RO resources at which LBTs are successful, N is an integer greater than 1, and M is an integer less than or equal to N and greater than or equal to 1; and sending preambles by using the M target RO resources; wherein, before the LBT operations are performed on the LBT frequency bands corresponding to the N RO resources, the method further comprises: receiving a contention-free random access (CFRA) resource configuration sent by a network side device, wherein the N RO resources include RO resources corresponding to the CFRA resource configuration. performing listen before talk operations on LBT frequency bands corresponding to N physical random access channel occasion resources, and selecting M target RO resources from the N RO resources, wherein at least two RO resources in the N RO resources are corresponding to different LBT frequency bands, the target RO resources are RO resources in the N RO resources at which LBTs are successful, N is an integer greater than 1, and M is an integer less than or equal to N and greater than or equal to 1; and sending preambles by using the M target RO resources; wherein, before the LBT operations are performed on the LBT frequency bands corresponding to the N RO resources, the method further comprises: receiving a contention-free random access (CFRA) resource configuration sent by a network side device, wherein the N RO resources include RO resources corresponding to the CFRA resource configuration. receiving a contention-free random access (CFRA) resource configuration sent by a network side device, wherein the N RO resources include RO resources corresponding to the CFRA resource configuration.
Motor vehicle, comprising a transverse beam extending transversely to the vehicle longitudinal direction and an instrument panel which is arranged on the crossbeam and faces the vehicle interior, characterised in that inside the transverse beam, which is hollow at least in some sections, there is arranged a screen that can be wound up and unwound and can be moved into the vehicle interior via an opening (6, 7) in the transverse beam and in the instrument panel.
A mobile radio communications device comprising: means for determining if circuit switched signalling is being established; means for generating connection-request signalling including, when said mobile radio communications device is establishing circuit switched signalling, information which identifies support for at least one of a High Speed Downlink Packet Access channel and an Enhanced Uplink Dedicated Channel; and means for sending the connection request to a network controller. means for determining if circuit switched signalling is being established; means for generating connection-request signalling including, when said mobile radio communications device is establishing circuit switched signalling, information which identifies support for at least one of a High Speed Downlink Packet Access channel and an Enhanced Uplink Dedicated Channel; and means for sending the connection request to a network controller.
Neutralization plant, comprising: - at least one reaction chamber having a measuring device for detecting an actual pH of a mixture in the reaction chamber, having a first feed for an acid-containing product and at least one further feed for a base-containing product, - wherein at least one of the feeds (114, 116) comprises at least one valve means (118, 120) for controlling the inflow amount into the reaction chamber, characterized in that - an ion controller apparatus (104, 204, 205) comprises at least one evaluation device (106, 206) set up for determining at least one actual ion concentration based on an actual pH of the mixture present in the reaction chamber and - the ion controller apparatus (104, 204, 205) comprises at least one ion controller device (108, 208) comprising at least one ion controller (110, 210.1, 210.2, 211) set up for controlling the valve means (118, 120) according to the actual ion concentration and a target ion concentration. - at least one reaction chamber having a measuring device for detecting an actual pH of a mixture in the reaction chamber, having a first feed for an acid-containing product and at least one further feed for a base-containing product, - wherein at least one of the feeds (114, 116) comprises at least one valve means (118, 120) for controlling the inflow amount into the reaction chamber, - an ion controller apparatus (104, 204, 205) comprises at least one evaluation device (106, 206) set up for determining at least one actual ion concentration based on an actual pH of the mixture present in the reaction chamber and - the ion controller apparatus (104, 204, 205) comprises at least one ion controller device (108, 208) comprising at least one ion controller (110, 210.1, 210.2, 211) set up for controlling the valve means (118, 120) according to the actual ion concentration and a target ion concentration.
Supporting system for alignment sockets in a connector, such as an optical connector, comprising an assembly allowing, on one hand, more than one alignment socket (103, 203, 306) to be secured in a predetermined manner and, on the other hand, all of the alignment sockets (103, 203, 306) to be extracted from the connector or inserted into the connector simultaneously without dismantling the assembly; system wherein the assembly comprises a male socket holder, a female socket holder a locking pin and a locking system of the push-pull type (21, 22, 41); said locking pin being secured to the male socket holder and sliding through the female socket holder so as to permit axial movement of the male socket holder with respect to the female socket holder under the action of a tensile force exerted on the locking pin, said locking system (21, 22, 41) being designed to lock the assembly to the connector in the "push" function and to unlock it in the "pull" function.
A terminal comprising: a receiving section configured to receive higher layer signaling; and a control section configured to, if a DMRS-add-pos configuration value notified by the higher layer signaling is set to a value greater than 1, and an intra-slot frequency hopping of an uplink shared channel after radio resource control, RRC, connection is enabled, assume that the DMRS-add-pos configuration value is equal to 1, and determine a position of a demodulation reference signal, for the uplink shared channel, in a first hop and a second hop based on a duration of the uplink shared channel, a mapping type of the uplink shared channel, and the assumed value 1; and a transmitting section configured to transmit the uplink shared channel and the demodulation reference signal. a receiving section configured to receive higher layer signaling; and a control section configured to, if a DMRS-add-pos configuration value notified by the higher layer signaling is set to a value greater than 1, and an intra-slot frequency hopping of an uplink shared channel after radio resource control, RRC, connection is enabled, assume that the DMRS-add-pos configuration value is equal to 1, and determine a position of a demodulation reference signal, for the uplink shared channel, in a first hop and a second hop based on a duration of the uplink shared channel, a mapping type of the uplink shared channel, and the assumed value 1; and a transmitting section configured to transmit the uplink shared channel and the demodulation reference signal.
A method of reducing noise comprising: receiving a signal representative of noise in a cancellation zone, wherein the signal representative of noise in the cancellation zone is a microphone signal; identifying a frequency within the signal to be reduced in the cancellation zone, wherein said identifying includes analyzing the signal in a pre-selected range of frequencies for the presence of narrowband noise associated with a cavity resonance; down converting the signal to place the identified frequency at baseband; down converting a speaker command signal to place the identified frequency at baseband; generating a baseband anti-noise signal based upon the down converted signal and the down converted speaker command signal; up converting the baseband anti-noise signal to the identified frequency to produce an anti-noise signal having components at the identified frequency; and providing the anti-noise signal to be transduced into an acoustic signal. receiving a signal representative of noise in a cancellation zone, wherein the signal representative of noise in the cancellation zone is a microphone signal; identifying a frequency within the signal to be reduced in the cancellation zone, wherein said identifying includes analyzing the signal in a pre-selected range of frequencies for the presence of narrowband noise associated with a cavity resonance; down converting the signal to place the identified frequency at baseband; down converting a speaker command signal to place the identified frequency at baseband; generating a baseband anti-noise signal based upon the down converted signal and the down converted speaker command signal; up converting the baseband anti-noise signal to the identified frequency to produce an anti-noise signal having components at the identified frequency; and providing the anti-noise signal to be transduced into an acoustic signal.
A method of removing external carcass portions in the form of hair, feathers, dewclaws and/or toenails from an animal carcass by applying pressure to the animal carcass, the method being characterised by the steps of: (a) placing an animal carcass in a high pressure processing vessel; (b) subjecting the animal carcass to a pressure of greater than 50 MPa, wherein the external carcass portions are loosened from the carcass; (c) removing the animal carcass from the high pressure processing vessel; and (d) applying a force to the external carcass portions to remove the external carcass portions from the animal carcass. (a) placing an animal carcass in a high pressure processing vessel; (b) subjecting the animal carcass to a pressure of greater than 50 MPa, wherein the external carcass portions are loosened from the carcass; (c) removing the animal carcass from the high pressure processing vessel; and (d) applying a force to the external carcass portions to remove the external carcass portions from the animal carcass.
A method for wireless communication, comprising: transmitting (210, 220), by a network device, a Synchronization Signal Block, SSB, to a terminal device, the SSB comprising Primary Synchronization Signal, PSS, Secondary Synchronization Signal, SSS, and Physical Broadcasting Channel, PBCH; wherein the SSB comprises four consecutive symbols in time domain, which are symbol S0, symbol S1, symbol S2 and symbol S3 in sequence; and the PSS is transmitted on the symbol S0, the SSS is transmitted on the symbol S2, the PBCH is transmitted on three symbols which are the symbol S1, the symbol S2 and the symbol S3 and the PBCH is not transmitted on the symbol S0; wherein a frequency range of the PSS is a first bandwidth and a frequency range of the SSS is the first bandwidth; a frequency range of the PBCH transmitted on the symbol S1 is a second bandwidth, a frequency range of the PBCH transmitted on the symbol S3 is the second bandwidth, and a frequency range of the PBCH transmitted on the symbol S2 is a third bandwidth; wherein the first bandwidth does not overlap with the third bandwidth. transmitting (210, 220), by a network device, a Synchronization Signal Block, SSB, to a terminal device, the SSB comprising Primary Synchronization Signal, PSS, Secondary Synchronization Signal, SSS, and Physical Broadcasting Channel, PBCH; wherein the SSB comprises four consecutive symbols in time domain, which are symbol S0, symbol S1, symbol S2 and symbol S3 in sequence; and the PSS is transmitted on the symbol S0, the SSS is transmitted on the symbol S2, the PBCH is transmitted on three symbols which are the symbol S1, the symbol S2 and the symbol S3 and the PBCH is not transmitted on the symbol S0; wherein a frequency range of the PSS is a first bandwidth and a frequency range of the SSS is the first bandwidth; a frequency range of the PBCH transmitted on the symbol S1 is a second bandwidth, a frequency range of the PBCH transmitted on the symbol S3 is the second bandwidth, and a frequency range of the PBCH transmitted on the symbol S2 is a third bandwidth; wherein the first bandwidth does not overlap with the third bandwidth.
Door leaf of a domestic refrigeration appliance, having a first skin and a second skin which are permanently connected to each other at their edges (18, 20) in an at least largely airtight manner and enclose an evacuated cavity, characterised in that the first skin is made of a plastic and the second skin is made of a metal coated with plastic on its side facing towards the cavity, wherein the first skin and the second skin are permanently connected to each other at their edges (18, 20) by adhesion or welding of the plastic of the first skin and the plastic coating of the second skin in an at least largely airtight manner.
A drug delivery device for dispensing a liquid medicament, comprising: - a housing having at least one feeder member, - a disposable injector comprising an injection needle, a flexible tube and an injector fluid coupling, wherein the injection needle is in fluid communication with the fluid coupling via the flexible tube, - a disposable cartridge comprising a reservoir at least partially filled with the liquid medicament and comprising a cartridge fluid coupling in fluid communication with the reservoir, - wherein the injector and the cartridge are releasably attachable to the housing and characterized in that the injector and the cartridge are arrestable to the housing in an undeployed configuration, in which the injector fluid coupling and the cartridge fluid coupling are disconnected, and - wherein one of injector and cartridge is displaceable relative to the other one of injector and cartridge from the undeployed configuration into the deployed configuration while attached to the housing, wherein when in deployed configuration the injector fluid coupling and the cartridge fluid coupling are in fluid communication. - a housing having at least one feeder member, - a disposable injector comprising an injection needle, a flexible tube and an injector fluid coupling, wherein the injection needle is in fluid communication with the fluid coupling via the flexible tube, - a disposable cartridge comprising a reservoir at least partially filled with the liquid medicament and comprising a cartridge fluid coupling in fluid communication with the reservoir, - wherein the injector and the cartridge are releasably attachable to the housing and characterized in that the injector and the cartridge are arrestable to the housing in an undeployed configuration, in which the injector fluid coupling and the cartridge fluid coupling are disconnected, and - wherein one of injector and cartridge is displaceable relative to the other one of injector and cartridge from the undeployed configuration into the deployed configuration while attached to the housing, wherein when in deployed configuration the injector fluid coupling and the cartridge fluid coupling are in fluid communication.
An anti-cancer vaccine comprising a protein conjugate comprising a protein antigen and an immunogenic carrier covalently bonded to said protein antigen, wherein said protein antigen (i) has a sequence segment of 300 or more contiguous amino acid residues of the amino acid sequence of SEQ ID NO: 2 and at most 400 contiguous amino acids of the amino acid sequence of SEQ ID NO: 1; or (ii) has a variant sequence segment of 300 or more and at most 400 amino acid residues and has from 1 to 20 substitutions, deletions or additions in said variant sequence segment compared to a sequence segment of 300 or more amino acid residues of the amino acid sequence of SEQ ID NO: 2. (i) has a sequence segment of 300 or more contiguous amino acid residues of the amino acid sequence of SEQ ID NO: 2 and at most 400 contiguous amino acids of the amino acid sequence of SEQ ID NO: 1; or (ii) has a variant sequence segment of 300 or more and at most 400 amino acid residues and has from 1 to 20 substitutions, deletions or additions in said variant sequence segment compared to a sequence segment of 300 or more amino acid residues of the amino acid sequence of SEQ ID NO: 2.
Method for designing a production process for producing a product made up of a plurality of subproducts in a production system having a plurality of production modules (PM1, PM2, PM3), having the following steps: - generating a process model (PMOD) using data about production steps (P1, P2, P3, P4) to be carried out for the product and the subproducts thereof, - from which process model at least some of the data about at least one production step are read and a respective production module that is available for carrying out the respective production step and associated therewith is ascertained and - using a signal connection to provide instructions that correspond to the respective production step for the production module (e.g. PM1), characterized in that the process model is represented by a graph that comprises a plurality of nodes connected by edges, each node describing a process step and the nodes being connected to one another by the edges in such a way that the dependencies that exist between the production steps are graphically represented by means of the edges, wherein the arrangement of the edges reflects a partial ordering. - generating a process model (PMOD) using data about production steps (P1, P2, P3, P4) to be carried out for the product and the subproducts thereof, - from which process model at least some of the data about at least one production step are read and a respective production module that is available for carrying out the respective production step and associated therewith is ascertained and - using a signal connection to provide instructions that correspond to the respective production step for the production module (e.g. PM1),
A method for a network attachment procedure in a wireless mobile network, the wireless mobile network comprising a user equipment with a temporary identity and at least one mobility management entity, the method comprising the following steps carried out by the user equipment: providing an estimation whether the user equipment is unknown at the mobility management entity; and if the user equipment has been estimated to be unknown at the at least one mobility management entity, sending the user equipment's identity during the network attachment procedure; characterized in that the step of providing an estimation comprises computing a probability about the existence of the user equipment's context at the mobility management entity and comparing the probability with threshold levels to enable the making of a decision by the user equipment. providing an estimation whether the user equipment is unknown at the mobility management entity; and if the user equipment has been estimated to be unknown at the at least one mobility management entity, sending the user equipment's identity during the network attachment procedure; characterized in that the step of providing an estimation comprises computing a probability about the existence of the user equipment's context at the mobility management entity and comparing the probability with threshold levels to enable the making of a decision by the user equipment.
Method for detecting microscopic diffusion anisotropy in a material by analysis of two echo attenuation curves E(b) acquired with two different gradient modulation schemes in an NMR and/or MRI experiment, wherein E is the echo amplitude and b is the diffusion weighting factor, and characterized in that one gradient modulation scheme is based on isotropic diffusion weighting and the other gradient modulation scheme is based on non-isotropic diffusion weighting, wherein spin diffusion in the material can be fully described by a diffusion tensor D assuming that the spin diffusion in the material can locally be considered a Gaussian process, the isotropic diffusion weighting being invariant under any rotation of said diffusion tensor D, and wherein the method comprises analyzing by comparing the signal decays of the two acquired echo attenuation curves, and detecting microscopic diffusion anisotropy from said comparing.