mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: receiving, by a first access and mobility management function, AMF, of a first network from a radio access network, RAN, node, a forwarded registration request for onboarding of a wireless device to a second network, wherein the registration request is forwarded by the RAN node if the wireless device is in connected mode or the RAN node cannot select an appropriate AMF; sending, by the first AMF to a network repository function, NRF, of the first network, a discovery request to discover an access and mobility management function, AMF, that supports onboarding of the wireless device, the discovery request comprising an onboarding support indication; and receiving, by the first AMF from the NRF, a discovery response message comprising information of one or more AMF candidates that support onboarding. receiving, by a first access and mobility management function, AMF, of a first network from a radio access network, RAN, node, a forwarded registration request for onboarding of a wireless device to a second network, wherein the registration request is forwarded by the RAN node if the wireless device is in connected mode or the RAN node cannot select an appropriate AMF; sending, by the first AMF to a network repository function, NRF, of the first network, a discovery request to discover an access and mobility management function, AMF, that supports onboarding of the wireless device, the discovery request comprising an onboarding support indication; and receiving, by the first AMF from the NRF, a discovery response message comprising information of one or more AMF candidates that support onboarding.
A method of forming a turbine blade or vane , comprising: forming a wax pattern in a turbine blade or vane shape; additively forming a positive witness band around a tip portion of the wax pattern; forming a mold of the wax pattern and the positive witness band; casting the turbine blade or vane with a positive witness band formation corresponding to the positive witness band in the mold; cutting the turbine blade or vane along the positive witness band formation; and forming with an investment casting , from the wax pattern, the turbine blade or vane with a positive witness band formation corresponding to the positive witness band in the mold. forming a wax pattern in a turbine blade or vane shape; additively forming a positive witness band around a tip portion of the wax pattern; forming a mold of the wax pattern and the positive witness band; casting the turbine blade or vane with a positive witness band formation corresponding to the positive witness band in the mold; cutting the turbine blade or vane along the positive witness band formation; and forming with an investment casting , from the wax pattern, the turbine blade or vane with a positive witness band formation corresponding to the positive witness band in the mold.
A method of use of a computing device for the characterization of vascular tissue, comprising: the computing device obtaining at least one intravascular ultrasound (IVUS) signal, said signal having been acquired by an IVUS console; constructing an IVUS image based on said at least one IVUS signal; analyzing at least a first and a second spatiotemporal feature of at least one pixel of the IVUS image; determining a non-binary blood-likelihood probability value for the at least one pixel of the IVUS image by an analyzer processing the first and the second spatiotemporal features of said at least one pixel using a non-linear, probabilistic classifier algorithm; constructing a blood-likelihood map of the vascular tissue based on the blood-likelihood probability value of the at least one pixel of the IVUS image; receiving user input indicative of an anatomical boundary in the IVUS image, the anatomical boundary defining a plurality of pixels having a predetermined probability of relating to a blood-tissue boundary or a lumen boundary; updating the non-linear, probabilistic classifier algorithm by the classification algorithm receiving the plurality of pixels having the predetermined probability of relating to the blood-tissue boundary or the lumen boundary; and updating the blood-likelihood map of the vascular tissue based on the updated non-linear, probabilistic classifier algorithm, used by said analyzer, reanalyzing the spatiotemporal features of the image. the computing device obtaining at least one intravascular ultrasound (IVUS) signal, said signal having been acquired by an IVUS console; constructing an IVUS image based on said at least one IVUS signal; analyzing at least a first and a second spatiotemporal feature of at least one pixel of the IVUS image; determining a non-binary blood-likelihood probability value for the at least one pixel of the IVUS image by an analyzer processing the first and the second spatiotemporal features of said at least one pixel using a non-linear, probabilistic classifier algorithm; constructing a blood-likelihood map of the vascular tissue based on the blood-likelihood probability value of the at least one pixel of the IVUS image; receiving user input indicative of an anatomical boundary in the IVUS image, the anatomical boundary defining a plurality of pixels having a predetermined probability of relating to a blood-tissue boundary or a lumen boundary; updating the non-linear, probabilistic classifier algorithm by the classification algorithm receiving the plurality of pixels having the predetermined probability of relating to the blood-tissue boundary or the lumen boundary; and updating the blood-likelihood map of the vascular tissue based on the updated non-linear, probabilistic classifier algorithm, used by said analyzer, reanalyzing the spatiotemporal features of the image.
Use of a water-based, carbon filler-dispersed coating formulation for forming a conductive coating film of an electrode plate for an electricity storage device, which electrode plate comprising a collector, an electrode active material layer, and the conductive coating film arranged between the collector and the electrode active material layer, wherein the water-based, carbon filler-dispersed coating formulation comprises: a hydroxyalkyl chitosan as a resin binder, a conductive carbon filler, and a polybasic acid or a derivative thereof in a water-based medium which is water or a mixed dispersion medium formed by mixing water and an organic solvent miscible with water, wherein the amount of organic solvent being added with the organic solvent/water is from 1 to 70 parts by mass, wherein in 100 parts by mass of the coating formulation, the hydroxyalkyl chitosan is contained in a range of from 0.1 to 20 parts by mass, and the conductive carbon filler is contained in a range of from 1 to 30 parts by mass. a hydroxyalkyl chitosan as a resin binder, a conductive carbon filler, and a polybasic acid or a derivative thereof in a water-based medium which is water or a mixed dispersion medium formed by mixing water and an organic solvent miscible with water, wherein the amount of organic solvent being added with the organic solvent/water is from 1 to 70 parts by mass, wherein in 100 parts by mass of the coating formulation, the hydroxyalkyl chitosan is contained in a range of from 0.1 to 20 parts by mass, and the conductive carbon filler is contained in a range of from 1 to 30 parts by mass.
A method of online determination of chromium concentration in the olefin oligomerization catalytic system comprising a chromium source, a nitrogen-containing ligand and an alkyl aluminium, the method comprising the following steps: - diluting a catalytic system with hydrocarbon solvent to a required total chromium concentration ranging from 0.5 to 10 mg/l; and - determining chromium concentration in the diluted catalytic system by measuring optical density of the obtained diluted solution in the wavelength range of 400 to 300 nm at least 60 min after producing the catalytic system. - diluting a catalytic system with hydrocarbon solvent to a required total chromium concentration ranging from 0.5 to 10 mg/l; and - determining chromium concentration in the diluted catalytic system by measuring optical density of the obtained diluted solution in the wavelength range of 400 to 300 nm at least 60 min after producing the catalytic system.
A method performed by a test system including a plurality of port units coupled to a network under test, comprising: storing one or more pre-calculated cryptography data, PCCD, sets (510-1, 510-N) in a first PCCD memory located within a first port unit of the plurality of port units, each PCCD set (510-1, 510-N) including at least a first parameter and a second parameter generated by encrypting the first parameter characterized by storing the one or more PCCD sets (510-1, 510-N) in a second PCCD memory located within a second port unit of the plurality of port units opening a simulated secure connection between the first port unit and the second port unit via the network under test using a selected PCCD set from the one or more PCCD sets (510-1, 510-N), the simulated secure connection opened without performing encryption or decryption processing. storing one or more pre-calculated cryptography data, PCCD, sets (510-1, 510-N) in a first PCCD memory located within a first port unit of the plurality of port units, each PCCD set (510-1, 510-N) including at least a first parameter and a second parameter generated by encrypting the first parameter characterized by storing the one or more PCCD sets (510-1, 510-N) in a second PCCD memory located within a second port unit of the plurality of port units opening a simulated secure connection between the first port unit and the second port unit via the network under test using a selected PCCD set from the one or more PCCD sets (510-1, 510-N), the simulated secure connection opened without performing encryption or decryption processing.
A method of processing, by a processing device of a robotic vehicle , an image captured by an image sensor of the robotic vehicle, comprising: obtaining an image output orientation; calculating an image output orientation matrix based on the image output orientation, relative to a body orientation of the robotic vehicle, for an image that is output by the image sensor; determining a relative image sensor pose of the image sensor of the robotic vehicle relative to the body orientation of the robotic vehicle; calculating an image sensor orientation matrix for the image sensor based on the relative image sensor pose; determining a relative body orientation of the robotic vehicle; calculating a body orientation matrix of the robotic vehicle, wherein the body orientation matrix is based on the relative body orientation of the robotic vehicle; and transforming an image captured by the image sensor based on the image output orientation matrix, the image sensor orientation matrix, and the body orientation matrix. obtaining an image output orientation; calculating an image output orientation matrix based on the image output orientation, relative to a body orientation of the robotic vehicle, for an image that is output by the image sensor; determining a relative image sensor pose of the image sensor of the robotic vehicle relative to the body orientation of the robotic vehicle; calculating an image sensor orientation matrix for the image sensor based on the relative image sensor pose; determining a relative body orientation of the robotic vehicle; calculating a body orientation matrix of the robotic vehicle, wherein the body orientation matrix is based on the relative body orientation of the robotic vehicle; and transforming an image captured by the image sensor based on the image output orientation matrix, the image sensor orientation matrix, and the body orientation matrix.
A method of addressing a packet to a destination node by a source node in a wireless network , the method comprising the source node : hashing an identity resolving key and a value of a random number field to generate an address hash , the identity resolving key being cryptographically-derived from address-generation input data; forming an advertisement address , the advertisement address including a portion of the address hash ; inserting the advertisement address in an advertising extension packet ; and transmitting the advertising extension packet over the wireless network , the address hash being usable by a destination node to filter the advertising extension packet . hashing an identity resolving key and a value of a random number field to generate an address hash , the identity resolving key being cryptographically-derived from address-generation input data; forming an advertisement address , the advertisement address including a portion of the address hash ; inserting the advertisement address in an advertising extension packet ; and transmitting the advertising extension packet over the wireless network , the address hash being usable by a destination node to filter the advertising extension packet .
A threat detection system for industrial controllers, comprising: at least one Programmable Logic Controller, PLC (160A-160N); at least one physical device connected with said PLC; a Deterministic Fictitious Programmable Logic Controller, DFPLC , comprising a deterministic program logic; said DFPLC deterministically programmed and configured to receive at least one input signal and respond with at least one predetermined signal according to said logic; and a monitoring unit connected with said DFPLC ; said DFPLC disguised as a PLC; and said monitoring unit configured to send at least one input signal to said DFPLC , receive at least one response from said DFPLC and communicate at least one alert upon said at least one response being other than an expected response according to said deterministic programming of said DFPLC . at least one Programmable Logic Controller, PLC (160A-160N); at least one physical device connected with said PLC; a Deterministic Fictitious Programmable Logic Controller, DFPLC , comprising a deterministic program logic; said DFPLC deterministically programmed and configured to receive at least one input signal and respond with at least one predetermined signal according to said logic; and a monitoring unit connected with said DFPLC ; said DFPLC disguised as a PLC; and said monitoring unit configured to send at least one input signal to said DFPLC , receive at least one response from said DFPLC and communicate at least one alert upon said at least one response being other than an expected response according to said deterministic programming of said DFPLC .
A method of forming nonstick components for cooking, the method comprising: providing at least two laminate layers , each including a flexible substrate coated with a nonstick material; further comprising aligning the at least two laminates over one another for pressing; pressing the at least two laminates together under heat and pressure to form a cookware, further comprising pressing the at least two laminates to form a raised rim , characterized in that a first laminate of the laminate layers comprises a rim layer, wherein the rim layer extends around a peripheral edge of a further laminate of the laminates creating a support surface of only the further laminate . providing at least two laminate layers , each including a flexible substrate coated with a nonstick material; further comprising aligning the at least two laminates over one another for pressing; pressing the at least two laminates together under heat and pressure to form a cookware, further comprising pressing the at least two laminates to form a raised rim , characterized in that a first laminate of the laminate layers comprises a rim layer, wherein the rim layer extends around a peripheral edge of a further laminate of the laminates creating a support surface of only the further laminate .
An image display device configured to display, on a display screen, a predetermined image captured in a state in which multiple components to be mounted on a board are held by a mounting head , the device comprising: a display control section configured to selectably display, on the display screen, relevant information relating to the multiple components in association with each component, together with the predetermined image, characterized in that the displayed relevant information include at least a part of information including the nozzle number of each suction nozzle, the component type of picked up component, and the disposition position of component, and the display control section is further configured to, when a predetermined operation involving selection of any of the relevant information is performed by an operator, display an enlarged image of one component corresponding to the selected relevant information of the predetermined image being displayed. a display control section configured to selectably display, on the display screen, relevant information relating to the multiple components in association with each component, together with the predetermined image, characterized in that the displayed relevant information include at least a part of information including the nozzle number of each suction nozzle, the component type of picked up component, and the disposition position of component, and the display control section is further configured to, when a predetermined operation involving selection of any of the relevant information is performed by an operator, display an enlarged image of one component corresponding to the selected relevant information of the predetermined image being displayed.
A seal pack of a sample manager of a liquid chromatography system, the seal pack having an upper body portion , a middle body portion , and a lower body portion , which forms a general body structure of the seal pack, the seal pack comprising: a central flow path extending vertically through the seal pack, the central flow path accommodating a sample needle ; a wash inlet disposed in the upper body portion, configured to receive a wash solution, the wash inlet connecting to the central flow path by a wash inlet flow path ; a first wash path disposed in the upper body portion and connected to the central flow path, the first wash path being vertically offset from the wash inlet; a connecting wash path extending through the upper body portion, the middle body portion, and the lower body portion, the connecting wash path connecting the first wash path to a second wash path disposed in the lower body portion, wherein the second wash path is connected to the central flow path; a third wash path disposed in the lower body portion and connected to the central flow path, the third wash path being vertically offset from the second wash path; and a wash outlet disposed in the middle body portion connected to the third wash path by an intermediate wash flow path , the wash outlet includes a wash outlet flow path and is fluidically connected to a suction pump for drawing the wash solution through the seal pack. a central flow path extending vertically through the seal pack, the central flow path accommodating a sample needle ; a wash inlet disposed in the upper body portion, configured to receive a wash solution, the wash inlet connecting to the central flow path by a wash inlet flow path ; a first wash path disposed in the upper body portion and connected to the central flow path, the first wash path being vertically offset from the wash inlet; a connecting wash path extending through the upper body portion, the middle body portion, and the lower body portion, the connecting wash path connecting the first wash path to a second wash path disposed in the lower body portion, wherein the second wash path is connected to the central flow path; a third wash path disposed in the lower body portion and connected to the central flow path, the third wash path being vertically offset from the second wash path; and a wash outlet disposed in the middle body portion connected to the third wash path by an intermediate wash flow path , the wash outlet includes a wash outlet flow path and is fluidically connected to a suction pump for drawing the wash solution through the seal pack.
A communication terminal comprising: a memory for storing a list of identifications of access groups to which the communication terminal belongs, wherein each access group has access to one or more non-public networks ; a transceiver configured to request registration and establish a connection with a non-public network even if the memory does not store an indication of an access group which has access to the non-public network as an access group to which the communication terminal belongs and receive, from the non-public network, a notification that the communication terminal belongs to a group of communication terminals that have access to the non-public network; and a controller configured to store an indication, received from the non-public network, of the group of communication terminals that have access to the non-public network in the list of identifications in the memory. a memory for storing a list of identifications of access groups to which the communication terminal belongs, wherein each access group has access to one or more non-public networks ; a transceiver configured to request registration and establish a connection with a non-public network even if the memory does not store an indication of an access group which has access to the non-public network as an access group to which the communication terminal belongs and receive, from the non-public network, a notification that the communication terminal belongs to a group of communication terminals that have access to the non-public network; and request registration and establish a connection with a non-public network even if the memory does not store an indication of an access group which has access to the non-public network as an access group to which the communication terminal belongs and receive, from the non-public network, a notification that the communication terminal belongs to a group of communication terminals that have access to the non-public network; and a controller configured to store an indication, received from the non-public network, of the group of communication terminals that have access to the non-public network in the list of identifications in the memory.
Direct or indirect metal pipe extrusion method, in which a metal block is pressed through a die and over a mandrel to form a metal pipe , wherein the mandrel comprises two pressing surfaces possessing different radial forms and arranged so as to be offset axially and is positioned selectively in two pressing positions axially with respect to the die, in such a manner that, in the first of the two pressing positions, the first of the two pressing surfaces and, in the second of the two pressing positions, the second of the two pressing surfaces has a forming effect on the workpiece pressed from the metal block into the metal pipe , characterized in that the mandrel comprises a transition area between the two pressing surfaces and comprises a support surface in the transition area , wherein the workpiece is supported by the support surface on the side of the mandrel at the axial level of the die while the mandrel is positioned with respect to the die from the first pressing position to the second pressing position, and wherein the support by means of the support surface only occurs after the workpiece has formed a free surface with respect to the mandrel .