mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for network analysis, comprising: obtaining configuration data and state data associated with one or more network devices on a network, wherein the data includes at least one of forwarding configuration data and forwarding state data; generating a network model based on the obtained configuration and state data, wherein the network model describes processing of data packets via traffic flows through the network; receiving , from a user, at least one network flow specifier which describes one or more characteristics of one or more traffic flows of interest; obtaining, from the network model, a subset of network flow path information associated with the traffic flows of interest, wherein the subset of network flow path information is identified based on the network flow specifier; exposing the subset of network flow path information at one or more corresponding functional layers of the network; and providing for display the subset of network flow path information and the one or more traffic flows of the network at the one or more corresponding functional layers, including forwarding behavior based at least in part on the configuration data and the state data associated with the one or more network devices, wherein the forwarding behavior defines behavior of a packet at the one or more network devices at one or more of the corresponding functional layers. obtaining configuration data and state data associated with one or more network devices on a network, wherein the data includes at least one of forwarding configuration data and forwarding state data; generating a network model based on the obtained configuration and state data, wherein the network model describes processing of data packets via traffic flows through the network; receiving , from a user, at least one network flow specifier which describes one or more characteristics of one or more traffic flows of interest; obtaining, from the network model, a subset of network flow path information associated with the traffic flows of interest, wherein the subset of network flow path information is identified based on the network flow specifier; exposing the subset of network flow path information at one or more corresponding functional layers of the network; and providing for display the subset of network flow path information and the one or more traffic flows of the network at the one or more corresponding functional layers, including forwarding behavior based at least in part on the configuration data and the state data associated with the one or more network devices, wherein the forwarding behavior defines behavior of a packet at the one or more network devices at one or more of the corresponding functional layers.
A communication system for a vehicle , comprising: a transceiver unit having a transmit antenna mounted adjacent to an exterior component of the vehicle , wherein the transceiver unit is configured to receive and store at least one signal, to receive an indication from a user to transmit the at least one signal, to transmit the at least one signal to a receiver external to the vehicle , and to store the at least one signal; a remote receive antenna mounted within an interior of the vehicle and configured to receive the at least one signal from a training transmitter ; a cable extending between and connecting the remote receive antenna and the transceiver unit , wherein the remote receive antenna is configured to convey the at least one signal from the training transmitter via the cable to the transceiver unit for storage; and characterised in that the communication system further comprises at least one RF signal button on an instrument panel and/or an overhead panel disposed within an interior of the vehicle , the at least one RF signal button configured to instruct, in response to a user input on the at least one button , the communication system to enter into a training mode; and a switch configured to selectively connect the transceiver unit to the remote receive antenna , wherein the switch is configured to establish a connection between the remote receive antenna and the transceiver unit when the communication system enters the training mode. a transceiver unit having a transmit antenna mounted adjacent to an exterior component of the vehicle , wherein the transceiver unit is configured to receive and store at least one signal, to receive an indication from a user to transmit the at least one signal, to transmit the at least one signal to a receiver external to the vehicle , and to store the at least one signal; a remote receive antenna mounted within an interior of the vehicle and configured to receive the at least one signal from a training transmitter ; a cable extending between and connecting the remote receive antenna and the transceiver unit , wherein the remote receive antenna is configured to convey the at least one signal from the training transmitter via the cable to the transceiver unit for storage; and characterised in that the communication system further comprises at least one RF signal button on an instrument panel and/or an overhead panel disposed within an interior of the vehicle , the at least one RF signal button configured to instruct, in response to a user input on the at least one button , the communication system to enter into a training mode; and a switch configured to selectively connect the transceiver unit to the remote receive antenna , wherein the switch is configured to establish a connection between the remote receive antenna and the transceiver unit when the communication system enters the training mode.
Railway vehicle comprising at least two adjacent carriages each comprising a lower floor and an upper floor arranged one above the other so as to define a lower level and an upper level , an interconnection passage arranged directly above a bogie connecting the two carriages together and comprising a lower floor connecting the lower floors of the two carriages and an upper floor connecting the upper floors of the two carriages , the lower and upper floors of the interconnection passage defining a lower level and an upper level connecting the lower and upper levels, respectively, of the two carriages , characterised in that the interconnection passage is provided with two staircases connecting the lower floor of the interconnection passage to the upper floor of the interconnection passage , and in that each staircase comprises a lower portion attached to the lower floor of the interconnection passage , said lower portions extending on either side of the bogie in the direction of travel of the railway vehicle.
2. A coil arrangement structure for supporting a predetermined communication scheme in a wireless terminal, the coil arrangement structure comprising: a closed-loop metal frame ; a coil arranged asymmetrically within the metal frame; and a display of the wireless terminal; wherein the coil is arranged such that a distance between an outer side of the coil and an inner side of the metal frame is not constant, and wherein the coil is arranged integrally on a front surface of the display , the coil arrangement structure further comprising at least one additional coil arranged in a space within the metal frame , wherein the space is formed as a result of arranging the coil asymmetrically within the metal frame , and wherein the coil arrangement structure is configured such that a first eddy current induced in the metal frame by a current flowing through the coil and a second eddy current induced in the metal frame by a current flowing through the at least one additional coil compensate each other. a closed-loop metal frame ; a coil arranged asymmetrically within the metal frame; and a display of the wireless terminal; wherein the coil is arranged such that a distance between an outer side of the coil and an inner side of the metal frame is not constant, and wherein the coil is arranged integrally on a front surface of the display , the coil arrangement structure further comprising at least one additional coil arranged in a space within the metal frame , wherein the space is formed as a result of arranging the coil asymmetrically within the metal frame , and wherein the coil arrangement structure is configured such that a first eddy current induced in the metal frame by a current flowing through the coil and a second eddy current induced in the metal frame by a current flowing through the at least one additional coil compensate each other.
A GRIN lens comprising heat fused polymer having dielectric nanoparticles dispersed therein, wherein the dielectric nanoparticles are dispersed at a varied number density to generate an effective refractive index gradient along the GRIN lens, wherein the heat fused polymer prior to fusing includes semi-crystalline or crystalline polymer particles selected from isopolymethylpentene, polypropylene, syndiotactic polystyrene, polyamide, polyketone, polytetrafluoroethylene, polyphenylene sulfide, polyethylene terephthalate, polyoxymethylene, high density polyethylene, and blends thereof, and wherein the dielectric nanoparticles comprise BaTiO 3 , PMN-PT, PbNb 2 O 6 , PLZT, SiO 2 , Al 2 O 3 ,Ta 2 O 5 , TiO 2 , SrTiO 3 , ZrO 2 , HfO 2 , HfSiO 4 , La 2 O 3 , Y 2 O 3 , α-LaAlO 3 , CaCu 3 Ti 4 O 12 , La 1.8 Sr 0.2 NiO 4 , or mixtures thereof. wherein the heat fused polymer prior to fusing includes semi-crystalline or crystalline polymer particles selected from isopolymethylpentene, polypropylene, syndiotactic polystyrene, polyamide, polyketone, polytetrafluoroethylene, polyphenylene sulfide, polyethylene terephthalate, polyoxymethylene, high density polyethylene, and blends thereof, and wherein the dielectric nanoparticles comprise BaTiO 3 , PMN-PT, PbNb 2 O 6 , PLZT, SiO 2 , Al 2 O 3 ,Ta 2 O 5 , TiO 2 , SrTiO 3 , ZrO 2 , HfO 2 , HfSiO 4 , La 2 O 3 , Y 2 O 3 , α-LaAlO 3 , CaCu 3 Ti 4 O 12 , La 1.8 Sr 0.2 NiO 4 , or mixtures thereof.
Device for return pressure setting for an injector , having: a return line with a first end , to which a return outlet opening of the injector is directly or indirectly connectable such that a return quantity of the injector flows from the first end of the return line to a second end of the return line ; and at least one valve , by means of which a return pressure at least between the first end of the return line with the connected injector and the valve in the return line can be set; wherein the device has an electrically adjustable throttle valve as the valve , wherein, by means of the electrically adjustable throttle valve , the return pressure at least between the first end of the return line with the connected injector and the electrically adjustable throttle valve in the return line can be selectively set to any return pressure value of a value set with at least two different return pressure values, characterized in that the device for return pressure setting can be used for different injector types and different injector generations, the specified setpoint return pressures of which differ from one another, by virtue of the return pressure at least between the first end of the return line and the electrically adjustable throttle valve being settable or adjustable to a value equal to a specified setpoint return pressure of the injector . a return line with a first end , to which a return outlet opening of the injector is directly or indirectly connectable such that a return quantity of the injector flows from the first end of the return line to a second end of the return line ; and at least one valve , by means of which a return pressure at least between the first end of the return line with the connected injector and the valve in the return line can be set; wherein the device has an electrically adjustable throttle valve as the valve , wherein, by means of the electrically adjustable throttle valve , the return pressure at least between the first end of the return line with the connected injector and the electrically adjustable throttle valve in the return line can be selectively set to any return pressure value of a value set with at least two different return pressure values, characterized in that the device for return pressure setting can be used for different injector types and different injector generations, the specified setpoint return pressures of which differ from one another, by virtue of the return pressure at least between the first end of the return line and the electrically adjustable throttle valve being settable or adjustable to a value equal to a specified setpoint return pressure of the injector .
A radome for housing an antenna, the radome comprising: a monocoque front housing half having a peripheral edge ; and a monocoque rear housing half having a peripheral edge and configured to mate with the front housing half, the mated front and rear housing halves defining a hollow interior in which an antenna may be received; wherein the front housing half peripheral edge is shaped to define a peripheral channel region configured to receive the rear housing half peripheral edge , wherein the peripheral channel region contains an adhesive sealant , wherein the rear housing half peripheral edge is partially submerged in the adhesive sealant before curing; wherein the front housing half includes a plurality of alignment pins configured to align the front housing half to the rear housing half and prevent accidental contact of the rear housing half peripheral edge with the sealant ; and wherein the front housing half includes at least one first clip engagement member and the rear housing half includes at least one corresponding second clip engagement member , the first and second clip engagement members located on internal surfaces of the housing halves and configured to mechanically engage with one another and mechanically secure the housing halves to each other in addition to the bonding and sealing provided by the sealant . a monocoque front housing half having a peripheral edge ; and a monocoque rear housing half having a peripheral edge and configured to mate with the front housing half, the mated front and rear housing halves defining a hollow interior in which an antenna may be received; wherein the front housing half peripheral edge is shaped to define a peripheral channel region configured to receive the rear housing half peripheral edge , wherein the peripheral channel region contains an adhesive sealant , wherein the rear housing half peripheral edge is partially submerged in the adhesive sealant before curing; wherein the front housing half includes a plurality of alignment pins configured to align the front housing half to the rear housing half and prevent accidental contact of the rear housing half peripheral edge with the sealant ; and wherein the front housing half includes at least one first clip engagement member and the rear housing half includes at least one corresponding second clip engagement member , the first and second clip engagement members located on internal surfaces of the housing halves and configured to mechanically engage with one another and mechanically secure the housing halves to each other in addition to the bonding and sealing provided by the sealant .
Method for producing pizza cheese from milk, preferably milk which has matured, comprising the following steps: - a collection, standardisation of the components of the milk and pasteurisation of the milk in a pasteuriser to obtain a standardised and pasteurised milk , - a storage and/or a maturation of the standardised milk, - a feeding of the standardised and pasteurised milk from said pasteuriser to a continuous coagulator , - a reduction of pH of said standardised and pasteurised milk to obtain a sour milk , - a treatment of said sour milk in said continuous coagulator to form a suspension containing curd and whey , - a separation of the curd on the one hand, and of the whey on the other hand from said suspension containing curd and whey , - a recovery of said whey , - a formation of pizza cheese from said curd , characterised in that the reduction of pH of the standardised and pasteurised milk is performed by gaseous CO 2 bubbling in the standardised and pasteurised milk , simultaneously to the abovesaid feeding, said continuous coagulator comprising a trough provided with a plurality of moveable inner transverse walls between which cells are defined, the moveable inner transverse walls being arranged to continuously move longitudinally within said trough and to thus move the open cells from a fermentation zone to a coagulation zone , from a coagulation zone to a cutting zone , from a cutting zone to a stirring zone , said treatment of the sour milk in a continuous coagulator comprising a fermentation of the sour milk by adding lactic ferments to obtain a milk with added ferments in said fermentation zone , a coagulation of the milk with added ferments by adding enzymes, preferably by adding coagulant, to obtain an initial curd and whey in said coagulation zone , a cutting of the initial curd to obtain curd pieces in said cutting zone and a stirring of the curd pieces and whey to obtain said suspension containing curd and whey in said stirring zone . - a collection, standardisation of the components of the milk and pasteurisation of the milk in a pasteuriser to obtain a standardised and pasteurised milk , - a storage and/or a maturation of the standardised milk, - a feeding of the standardised and pasteurised milk from said pasteuriser to a continuous coagulator , - a reduction of pH of said standardised and pasteurised milk to obtain a sour milk , - a treatment of said sour milk in said continuous coagulator to form a suspension containing curd and whey , - a separation of the curd on the one hand, and of the whey on the other hand from said suspension containing curd and whey , - a recovery of said whey , - a formation of pizza cheese from said curd ,
A method for use in a network node, comprising: determining to use an extended random access preamble identifier, RAPID, for a random access procedure with a wireless device; and transmitting a medium access control, MAC, protocol data unit, PDU, the MAC PDU comprising a header and one or more random access responses, RARs, each RAR associated with a corresponding subheader within the header of the MAC PDU; wherein the random access procedure is associated with a first RAR of the one or more RARs and the extended RAPID for the random access procedure is indicated by a combination of one or more bits in the first RAR and one or more bits in the subheader that corresponds to the first RAR. determining to use an extended random access preamble identifier, RAPID, for a random access procedure with a wireless device; and transmitting a medium access control, MAC, protocol data unit, PDU, the MAC PDU comprising a header and one or more random access responses, RARs, each RAR associated with a corresponding subheader within the header of the MAC PDU; wherein the random access procedure is associated with a first RAR of the one or more RARs and the extended RAPID for the random access procedure is indicated by a combination of one or more bits in the first RAR and one or more bits in the subheader that corresponds to the first RAR.
A computer-implemented method comprising: receiving scan data comprising an intraoral image during an intraoral scan of a dental site; identifying a representation of a foreign object in the intraoral image based on an analysis of the scan data; modifying the intraoral image by removing the representation of the foreign object from the intraoral image; receiving additional scan data comprising a plurality of additional intraoral images of the dental site during the intraoral scan; and generating a virtual three-dimensional model of the dental site using the modified intraoral image and the plurality of additional intraoral images. receiving scan data comprising an intraoral image during an intraoral scan of a dental site; identifying a representation of a foreign object in the intraoral image based on an analysis of the scan data; modifying the intraoral image by removing the representation of the foreign object from the intraoral image; receiving additional scan data comprising a plurality of additional intraoral images of the dental site during the intraoral scan; and generating a virtual three-dimensional model of the dental site using the modified intraoral image and the plurality of additional intraoral images.
An adsorption system for enrichment of flavoring agents, including at least one working space , in which at least one sorbent is arranged as a stationary phase and can be supplied with a fluid containing flavoring agents capable of being passed through the working space as a mobile phase for attachment of flavoring agents, wherein the fluid containing flavoring agents is a food product from the group of nutritional products and/or stimulants containing beer, beer wort, hop, hop extract, wort water, malt beer, malt wort and brewery-owned raw materials and products and/or is obtained from a food product containing ethanol from the group of nutritional products and/or stimulants containing beer by means of a dealcoholization device, characterized in that a ratio of average cross-sectional thickness to total length of the at least one working space is at most 0.3 and the total length of a flow path for the fluid provided through the at least one working space is at least 4.0 m, wherein the adsorption system includes a control device, which is formed to operate the adsorption system in an absorption mode, in which the at least one sorbent is supplied with the fluid containing flavoring agents, to adsorb flavoring agents on the sorbent, and in a desorption mode, in which the at least one sorbent is supplied with a fluidic desorbent from the group of ethanol and ethanol-water mixture, to desorb flavoring agents adsorbed on the sorbent as a flavoring agent concentrate.
A polymer of a polyimide precursor which comprises a polymer containing a structural unit represented by the following general formula , wherein, X 1 represents a tetravalent organic group; R 1 s each represent a group represented by the following general formula ; a repeating number "s" represents 0 or 1; and Z represents a divalent bonding group, and when "s" is 0, two aromatic rings in the formula bond directly without via a bonding group, wherein, a dotted line represents a bond; Y 1 represents a (k+1) valent organic group; Rf represents a linear, branched, or cyclic alkyl group having 1 to 20 carbon atoms or an aromatic group in which a part of or whole of hydrogen atom(s) is/are substituted by a fluorine atom(s); "k" represents 1, 2, or 3; and a repeating number "n" represents 0 or 1, preferably wherein Z in the general formula is a divalent group represented by the following general formula or , wherein, a dotted line represents a bond, and/or wherein Y 1 in the general formula is a linear or branched divalent organic group having 1 to 6 carbon atoms. wherein Z in the general formula is a divalent group represented by the following general formula or , wherein, a dotted line represents a bond, and/or wherein Y 1 in the general formula is a linear or branched divalent organic group having 1 to 6 carbon atoms.