mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: configuring, in a network node of a network , forwarding state for a pair of maximally redundant trees, MRTs, computed, based on a network topology modified to include a virtual proxy node as a root of the MRTs, from the network node in the modified network topology to the virtual proxy node in the modified network topology, wherein the virtual proxy node in the modified network topology represents a first multicast source that outputs a first redundant multicast stream for multicast content and that also represents a second multicast source that outputs a second redundant multicast stream for the multicast content; forwarding, by the network node, according to the forwarding state configured for a first MRT of the pair of MRTs, a first message requesting to receive a multicast stream for the multicast content; and forwarding, by the network node, according to the forwarding state configured for a second MRT of the pair of MRTs, a second message requesting to receive a multicast stream for the multicast content. configuring, in a network node of a network , forwarding state for a pair of maximally redundant trees, MRTs, computed, based on a network topology modified to include a virtual proxy node as a root of the MRTs, from the network node in the modified network topology to the virtual proxy node in the modified network topology, wherein the virtual proxy node in the modified network topology represents a first multicast source that outputs a first redundant multicast stream for multicast content and that also represents a second multicast source that outputs a second redundant multicast stream for the multicast content; forwarding, by the network node, according to the forwarding state configured for a first MRT of the pair of MRTs, a first message requesting to receive a multicast stream for the multicast content; and forwarding, by the network node, according to the forwarding state configured for a second MRT of the pair of MRTs, a second message requesting to receive a multicast stream for the multicast content.
Method for generating a data routing table in a communication network between mobile devices contained in vehicles, the communication network comprising a manager device that manages a geographical area in which the mobile devices move, characterized in that the area is partitioned into grids, a set of chirps is associated with each grid, each chirp is a frequency-modulated signal around a centre frequency, the set of chirps associated with each grid being different from the sets of chirps associated with grids having a common border with the grid, the geographical area is associated with a time/frequency plane and in that the method comprises the following steps, executed by the manager device: - receiving, from each mobile device, a signalling packet identifying the mobile device and enabling the mobile device to be located, - determining the grid in which each mobile device is located and allocating a chirp to each mobile device on the basis of the identified grid, - receiving (E90) the allocated chirp from each mobile device, - determining (E95, E96), based on the received chirps, the routing table describing the routing options within the communication network, and broadcasting (E97) the routing table to the mobile devices. - receiving, from each mobile device, a signalling packet identifying the mobile device and enabling the mobile device to be located, - determining the grid in which each mobile device is located and allocating a chirp to each mobile device on the basis of the identified grid, - receiving (E90) the allocated chirp from each mobile device, - determining (E95, E96), based on the received chirps, the routing table describing the routing options within the communication network, and broadcasting (E97) the routing table to the mobile devices.
A method of making microcapsules comprising a wall material and an encapsulated hydrophobic core material, said method comprising (a) forming a dispersion of an oil phase composition comprising a hydrophobic core material and a core monomer comprising one or more polymerizable ethylenically unsaturated monomers, that are wholly or partially soluble in the hydrophobic core material, in a continuous water phase composition, comprising water and a water phase monomer comprising at least one or more polymerizable ethylenically unsaturated monomers, all or a portion of which are poor to moderately hydrophilic with a solubility of less than about 50 grams per liter (g/L) as measured in deionized water at 20°C, and wherein each of the oil phase composition and the water phase composition contains at least one initiator for effecting or initiating the polymerization of the monomers of each phase; (b) subjecting the dispersion to one or more conditions that initiate or effectuate the polymerization of the water phase monomer and the core monomer; (c) maintaining the dispersion under such conditions so as to continue polymerization of the core and water phase monomers until such time as the full capsule walls are formed; and, optionally, thereafter (d) isolating the formed microcapsules from the continuous phase. (a) forming a dispersion of an oil phase composition comprising a hydrophobic core material and a core monomer comprising one or more polymerizable ethylenically unsaturated monomers, that are wholly or partially soluble in the hydrophobic core material, in a continuous water phase composition, comprising water and a water phase monomer comprising at least one or more polymerizable ethylenically unsaturated monomers, all or a portion of which are poor to moderately hydrophilic with a solubility of less than about 50 grams per liter (g/L) as measured in deionized water at 20°C, and wherein each of the oil phase composition and the water phase composition contains at least one initiator for effecting or initiating the polymerization of the monomers of each phase; (b) subjecting the dispersion to one or more conditions that initiate or effectuate the polymerization of the water phase monomer and the core monomer; (c) maintaining the dispersion under such conditions so as to continue polymerization of the core and water phase monomers until such time as the full capsule walls are formed; and, optionally, thereafter (d) isolating the formed microcapsules from the continuous phase.
A hardware security module (100, 200, 300, 300', 300", 401), comprising a cryptographic engine (110, 210, 310, 310', 310", 410) operable to execute a cryptographic process: characterized in that the hardware security module (100, 200, 300, 300', 300", 401) comprises: two or more hardware ports , each one of which operable to electronically receive given input hardware port-specific cryptographic data thereon to initiate execution of an internal cryptographic process as a function thereof; and two or more segregated hardware port-specific storage spaces (104, 204, 304, 304', 304", 404), each operatively linked to a corresponding hardware port via a corresponding hardware link , and storing respective secured hardware port-specific cryptographic data thereon exclusively retrievable upon said given input hardware port-specific cryptographic data corresponding thereto and being received via said corresponding hardware port ; wherein said cryptographic engine (110, 210, 310, 310', 310", 410) is operable to execute said internal cryptographic process based on said secured port-specific cryptographic data retrieved from said segregated hardware port-specific storage spaces (104, 204, 304, 304', 304", 404) as a function of said given input port-specific cryptographic data. two or more hardware ports , each one of which operable to electronically receive given input hardware port-specific cryptographic data thereon to initiate execution of an internal cryptographic process as a function thereof; and two or more segregated hardware port-specific storage spaces (104, 204, 304, 304', 304", 404), each operatively linked to a corresponding hardware port via a corresponding hardware link , and storing respective secured hardware port-specific cryptographic data thereon exclusively retrievable upon said given input hardware port-specific cryptographic data corresponding thereto and being received via said corresponding hardware port ; wherein said cryptographic engine (110, 210, 310, 310', 310", 410) is operable to execute said internal cryptographic process based on said secured port-specific cryptographic data retrieved from said segregated hardware port-specific storage spaces (104, 204, 304, 304', 304", 404) as a function of said given input port-specific cryptographic data.
Method for the encryption communication in a process plant , such as a chemical plant, a power plant, a food-processing plant or such, between at least a first and a second communication partner, which comprise at least one field device, such as an actuator, for example a control valve or a pump , for adjusting a process fluid of a process plant, and/or a control electronics for supervising, controlling and/or regulating processes of the process plant, wherein - a key for coding of electronic signals regarding the process plant, such as actuation signals, measurement signals, state signals, warning signals or such, are provided, cha racterized in that - the key is transmitted as acoustic signal (x, y) via a ductwork guiding plant fluid from the first communication partner to the second communication partner. - a key for coding of electronic signals regarding the process plant, such as actuation signals, measurement signals, state signals, warning signals or such, are provided, cha racterized in that - the key is transmitted as acoustic signal (x, y) via a ductwork guiding plant fluid from the first communication partner to the second communication partner.
A method of determining a microbiological risk level in a food batch of a plurality of sets (s) of samples (N), the method comprising obtaining microbiological sampling data from the plurality of sets of samples, determining a zero-inflated binomial (ZIB) distribution of the microbiological sampling data comprising determining ZIB distribution parameters (π, p) comprising a first parameter (p) and a zero-inflation parameter (π), wherein determining the ZIB distribution parameters comprises i) determining cumulative relative frequencies (fo, f 1 , f 2 ,.., f x ) for a number of occurrences (0, 1, 2, ..., x) of defective samples in respective sets of samples, wherein the cumulative relative frequency of non-defective samples is determined as f 0 , ii) calculating a plurality of vectors of a sub-set of zero-inflation parameters ( π ) of k+1 elements according to; π = [0, 1 ∗ f 0 /k, 2 ∗ f 0 /k, ..., k ∗ f 0 /k], iii) calculating a plurality of vectors of a sub-set of first parameters ( p ) based on the sub-set of zero-inflation parameter ( π ) according to; p = 1 − f 0 − π 1 − π N iv) for the plurality of vector pairs ( p , π ) in the sub-set of first parameters and the sub-set of zero-inflation parameters, determining for each a square error between said cumulative relative frequencies and cumulative theoretical probabilities P x of having ≤ x occurrences over N samples for a ZIB distribution with the respective vector pair ( p , π ) as parameters, v) determining the zero-inflation parameter (π) and the first parameter (p) as the vector pair (p, π) providing the least square error, the method comprising determining the ZIB distribution based on the first parameter (p) and the zero-inflation parameter (π), and detecting a deviation from the ZIB distribution for a subsequent food batch of samples for determining the microbiological risk level based on said deviation. i) determining cumulative relative frequencies (fo, f 1 , f 2 ,.., f x ) for a number of occurrences (0, 1, 2, ..., x) of defective samples in respective sets of samples, wherein the cumulative relative frequency of non-defective samples is determined as f 0 , ii) calculating a plurality of vectors of a sub-set of zero-inflation parameters ( π ) of k+1 elements according to; π = [0, 1 ∗ f 0 /k, 2 ∗ f 0 /k, ..., k ∗ f 0 /k], iii) calculating a plurality of vectors of a sub-set of first parameters ( p ) based on the sub-set of zero-inflation parameter ( π ) according to; p = 1 − f 0 − π 1 − π N iv) for the plurality of vector pairs ( p , π ) in the sub-set of first parameters and the sub-set of zero-inflation parameters, determining for each a square error between said cumulative relative frequencies and cumulative theoretical probabilities P x of having ≤ x occurrences over N samples for a ZIB distribution with the respective vector pair ( p , π ) as parameters, v) determining the zero-inflation parameter (π) and the first parameter (p) as the vector pair (p, π) providing the least square error, the method comprising
A method of coding implemented by a decoding/encoding device for coding video data, comprising: for an affine coded block coded in affine mode determining control point motion vectors, CPMVs; determining a reference area in a reference picture corresponding to a sub-block of the affine coded block based on the determined CPMVs; setting a variable clipMVX equal to TRUE if a size of the reference area is greater than a predefined threshold, otherwise setting a variable clipMVX equal to FALSE; deriving a pixel-based motion vector field for the affine coded block by using the determined CPMVs, wherein, if the variable clipMVX is equal to TRUE , the deriving the pixel-based motion vector field further comprises motion vector clipping with a first motion vector range, wherein the first motion vector range is determined based on the determined CPMVs and a size of the affine coded block. determining a reference area in a reference picture corresponding to a sub-block of the affine coded block based on the determined CPMVs; setting a variable clipMVX equal to TRUE if a size of the reference area is greater than a predefined threshold, otherwise setting a variable clipMVX equal to FALSE; deriving a pixel-based motion vector field for the affine coded block by using the determined CPMVs, wherein, if the variable clipMVX is equal to TRUE , the deriving the pixel-based motion vector field further comprises motion vector clipping with a first motion vector range, wherein the first motion vector range is determined based on the determined CPMVs and a size of the affine coded block.
A method of transmitting system information for a narrowband, NB, time-division duplex, TDD, communication in a radio access network, RAN , the method is performed by a base station and comprising or triggering the steps of: transmitting a master information block, MIB, on an anchor carrier (602 1) of the TDD communication in the RAN , the MIB being indicative of a spectral resource (602-1; 602-2) allocated to a system information block, SIB, of the TDD communication in the RAN ; and transmitting the SIB on the spectral resource (602-1; 602-2) indicated in the MIB, characterized in that the MIB being indicative whether the spectral resource (602-1; 602-2) is on the anchor carrier (602-1) or on a carrier other than the anchor carrier (602-1), and wherein the MIB is further indicative of an operation mode indicating an in-band, guard-band or standalone NB deployment, and wherein for each one of the in-band and standalone operation mode, the MIB is indicative of whether the spectral resource (602-1; 602-2) used for transmitting the SIB is arranged in a physical resource block, PRB , adjacent to a lower-frequency edge or a higher-frequency edge of a PRB used by the anchor carrier (602-1) transmitting a master information block, MIB, on an anchor carrier (602 1) of the TDD communication in the RAN , the MIB being indicative of a spectral resource (602-1; 602-2) allocated to a system information block, SIB, of the TDD communication in the RAN ; and transmitting the SIB on the spectral resource (602-1; 602-2) indicated in the MIB, characterized in that the MIB being indicative whether the spectral resource (602-1; 602-2) is on the anchor carrier (602-1) or on a carrier other than the anchor carrier (602-1), and
Computer implement method for detecting optical defects within a windshield, wherein said method takes, as input , a digital image map of the intensity of optical power of a windshield, and provides, as output (O1001), a digital image map of optical defects, wherein said method comprises the following steps: (a) an image processing of said digital image map of optical powers for detecting and delimiting regions that differs in intensity of optical power; (b) computing , for each detected regions, a representative geometric dimension and a representative value of the optical power; (c) computing an image map of the detected regions for which the product between the representative geometric dimension and the representative value of the optical power is equal or superior to 2.9.10 -4 . (a) an image processing of said digital image map of optical powers for detecting and delimiting regions that differs in intensity of optical power; (b) computing , for each detected regions, a representative geometric dimension and a representative value of the optical power; (c) computing an image map of the detected regions for which the product between the representative geometric dimension and the representative value of the optical power is equal or superior to 2.9.10 -4 .
A user terminal (100-1) comprising: a storage configured to store content; and an indexing information processor configured to: generate indexing information for searching the stored content, encrypt the generated indexing information, provide the encrypted indexing information to a service providing apparatus which manages the encrypted indexing information, and in response to receiving a request, which is generated based on the encrypted indexing information, from an external user terminal (100-2), provide the content to the external user terminal. a storage configured to store content; and an indexing information processor configured to: generate indexing information for searching the stored content, encrypt the generated indexing information, provide the encrypted indexing information to a service providing apparatus which manages the encrypted indexing information, and in response to receiving a request, which is generated based on the encrypted indexing information, from an external user terminal (100-2), provide the content to the external user terminal. generate indexing information for searching the stored content, encrypt the generated indexing information, provide the encrypted indexing information to a service providing apparatus which manages the encrypted indexing information, and in response to receiving a request, which is generated based on the encrypted indexing information, from an external user terminal (100-2), provide the content to the external user terminal.
A tile alignment assembly comprising: a base member having a bottom plate and an intermediate member extending upwardly from the bottom plate , wherein the intermediate member has a first side and a second side; a cam tool pivotally combined with the base member to rotate around an axis of rotation, said cam tool having a handle combined with a cam member , wherein the cam member has a rounded tile engaging surface around its outer periphery with a plurality of successive points, wherein each successive point is farther from the axis of rotation so the distance between the tile engaging surface and the bottom plate decreases as the cam tool is rotated in a first direction; characterized in that said intermediate member has a shaft extending outwardly from the first side, and that said cam tool has an off-center notch adapted to receive the shaft to allow the cam tool to be rotated around the shaft , and a locking pawl assembly combined with the base member and the cam tool , said locking pawl assembly having pawl members configured to interfere with teeth members allowing the cam tool to rotate in the first direction relative to the base member but not in a second opposite direction relative to the base member . a cam tool pivotally combined with the base member to rotate around an axis of rotation, said cam tool having a handle combined with a cam member , wherein the cam member has a rounded tile engaging surface around its outer periphery with a plurality of successive points, wherein each successive point is farther from the axis of rotation so the distance between the tile engaging surface and the bottom plate decreases as the cam tool is rotated in a first direction; characterized in that said intermediate member has a shaft extending outwardly from the first side, and that said cam tool has an off-center notch adapted to receive the shaft to allow the cam tool to be rotated around the shaft , and a locking pawl assembly combined with the base member and the cam tool , said locking pawl assembly having pawl members configured to interfere with teeth members allowing the cam tool to rotate in the first direction relative to the base member but not in a second opposite direction relative to the base member .
A control device comprising: a device control unit configured to control one or more controlled devices ; a voice notification unit configured to output user-oriented voice notification regarding at least the one controlled device ; a display control unit configured to cause a display device to display a message corresponding to the voice notification output by the voice notification unit ; and a recognition unit configured to recognize presence of a user near the control device by performing voice recognition or by performing image recognition, wherein, in a case in which the recognition unit recognizes presence of the user, the voice notification unit outputs additional voice notification for prompting the user to see the message when the display device is able to display the message corresponding to the voice notification. a device control unit configured to control one or more controlled devices ; a voice notification unit configured to output user-oriented voice notification regarding at least the one controlled device ; a display control unit configured to cause a display device to display a message corresponding to the voice notification output by the voice notification unit ; and a recognition unit configured to recognize presence of a user near the control device by performing voice recognition or by performing image recognition, wherein, in a case in which the recognition unit recognizes presence of the user, the voice notification unit outputs additional voice notification for prompting the user to see the message when the display device is able to display the message corresponding to the voice notification.