mhurhangee/ep-ind-claims huggingface dataset:
A method for monitoring communication along a path including an initiator computer and one or more responder computers, comprising: at an initiator computer: sending instructions to initiate at a first responder computer a monitoring session for monitoring communications along a communication path, wherein initiating the monitoring session includes creating and storing monitoring session state data; sending, to a first responder computer of the communication path, a first request to initiate, on the first responder computer, a first state servlet that is configured to monitor continuously during the monitoring session, between the initiator computer and the first responder computer, one or more characteristics of one or more processes that the first responder computer may perform; sending, to the first responder computer, monitoring instructions to cause the first state servlet to monitor the one or more characteristics of the one or more processes, the monitoring instructions comprising session completion operations; while the monitoring session is active and the first responder computer is in the communication path, receiving and collecting monitored information from the first responder computer; the method further comprising that the first state servlet is configured to, in response to determining that the first responder computer is no longer in the communication path or that the monitoring session has become inactive, perform the session completion operations comprising automatically and autonomously ending the monitoring session, and delete the monitoring session state data without receiving further instructions from the initiator computer. sending instructions to initiate at a first responder computer a monitoring session for monitoring communications along a communication path, wherein initiating the monitoring session includes creating and storing monitoring session state data; sending, to a first responder computer of the communication path, a first request to initiate, on the first responder computer, a first state servlet that is configured to monitor continuously during the monitoring session, between the initiator computer and the first responder computer, one or more characteristics of one or more processes that the first responder computer may perform; sending, to the first responder computer, monitoring instructions to cause the first state servlet to monitor the one or more characteristics of the one or more processes, the monitoring instructions comprising session completion operations; while the monitoring session is active and the first responder computer is in the communication path, receiving and collecting monitored information from the first responder computer; the method further comprising that the first state servlet is configured to, in response to determining that the first responder computer is no longer in the communication path or that the monitoring session has become inactive, perform the session completion operations comprising automatically and autonomously ending the monitoring session, and delete the monitoring session state data without receiving further instructions from the initiator computer.
A method for the production of a plant-based protein hydrolysate suitable for cell culture of eukaryotic cells, said plant-based protein hydrolysate being obtained from secondary food stream, the method comprising the steps: (a) providing a plant-based material obtained from secondary food stream, wherein the plant-based material obtained from secondary food stream is obtained from rice bran, wherein said plant-based material obtained from secondary food stream has a protein content ranging from 5% to 25% (w/w dry matter) and has a fibre content ranging from 1% to 30% (w/w dry matter); (b) adding a concentrated solution of HCl to the plant-based material, wherein the concentration of HCl is in the range from 0.2 M to 1 M, thereby preparing a mixture of acid and material; (c) incubating the mixture of step (b) at a temperature in the range between 70°C and 90°C for a time period of between 15 hours and 36 hours, thereby preparing an acid-hydrolysate; (d) adding an alkaline solution to the acid-hydrolysate of step (c) in an amount sufficient to neutralize the acid-hydrolysate; (e) centrifuging the neutralized acid-hydrolysate of step (d) to precipitate insoluble material; (f) recovering the supernatant of the centrifugation of step (e); and (g) filtering the supernatant recovered in step (f) through a sterile filter or a combination of sterile filters, thereby obtaining the plant-based protein hydrolysate suitable for cell culture of eukaryotic cells. (a) providing a plant-based material obtained from secondary food stream, wherein the plant-based material obtained from secondary food stream is obtained from rice bran, wherein said plant-based material obtained from secondary food stream has a protein content ranging from 5% to 25% (w/w dry matter) and has a fibre content ranging from 1% to 30% (w/w dry matter); (b) adding a concentrated solution of HCl to the plant-based material, wherein the concentration of HCl is in the range from 0.2 M to 1 M, thereby preparing a mixture of acid and material; (c) incubating the mixture of step (b) at a temperature in the range between 70°C and 90°C for a time period of between 15 hours and 36 hours, thereby preparing an acid-hydrolysate; (d) adding an alkaline solution to the acid-hydrolysate of step (c) in an amount sufficient to neutralize the acid-hydrolysate; (e) centrifuging the neutralized acid-hydrolysate of step (d) to precipitate insoluble material; (f) recovering the supernatant of the centrifugation of step (e); and (g) filtering the supernatant recovered in step (f) through a sterile filter or a combination of sterile filters, thereby obtaining the plant-based protein hydrolysate suitable for cell culture of eukaryotic cells.
A method for reporting minimization of drive test, MDT, measurement information executed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, a logged measurement configuration message including a MDT public land mobile network, PLMN, list being a subset of an equivalent public land mobile network, ePLMN, list for the terminal; determining whether the registered public land mobile network, RPLMN, matches one of at least one PLMN included in the received MDT PLMN list: performing MDT measurement and logging measurement result of the RPLMN, in case that the RPLMN matches one of the at least one PLMN included in the received MDT PLMN list; and reporting the logged measurement result to the base station. receiving, from a base station, a logged measurement configuration message including a MDT public land mobile network, PLMN, list being a subset of an equivalent public land mobile network, ePLMN, list for the terminal; determining whether the registered public land mobile network, RPLMN, matches one of at least one PLMN included in the received MDT PLMN list: performing MDT measurement and logging measurement result of the RPLMN, in case that the RPLMN matches one of the at least one PLMN included in the received MDT PLMN list; and reporting the logged measurement result to the base station.
A camera system for aerial photography, comprising: a camera control unit operatively connected to a supporting device and camera; the supporting device is connected to the camera and is configured to mechanically support the camera and to move the camera in one or more spinning axes in order to achieve camera movement in a desire direction; the camera system is characterized in that the camera control unit is configured to: control the supporting device to move the camera along a scanning line across the flight direction; and to control the camera to capture images in a certain frame rate as the camera is being moved along the scanning line; the camera control unit is further configured to control the supporting device to adapt to the velocity at which the camera is being moved according to the current operational mode of the camera; wherein, when the camera is in exposure mode, the velocity is adapted to be within a first range, selected to reduce camera motion blur; and wherein when the camera is in a non-exposure mode the velocity is adapted to be within a second range which is different than the first range and wherein the velocity in the first range and the velocity in the second range are greater than 0, and the velocity in the second range is greater than the velocity in the first range. control the supporting device to move the camera along a scanning line across the flight direction; and to control the camera to capture images in a certain frame rate as the camera is being moved along the scanning line; the camera control unit is further configured to control the supporting device to adapt to the velocity at which the camera is being moved according to the current operational mode of the camera; wherein, when the camera is in exposure mode, the velocity is adapted to be within a first range, selected to reduce camera motion blur; and wherein when the camera is in a non-exposure mode the velocity is adapted to be within a second range which is different than the first range and wherein the velocity in the first range and the velocity in the second range are greater than 0, and the velocity in the second range is greater than the velocity in the first range.
A feed center, comprising: a hopper connectable in fluid communication with a fluidizing pressure source; and at least one applicator pump in fluid communication with at least one corresponding outlet port in an outer wall of the hopper, the at least one applicator pump being configured to apply suction to the hopper to pull fluidized powder coating material from the hopper, wherein the at least one applicator pump is operable in a purge mode to supply pressurized fluid to the corresponding outlet port for cleaning the powder, characterized in that the at least one outlet port is oriented at an angle with respect to the outer wall of the hopper, such that pressurized fluid applied to the at least one outlet port is directed toward an inner annular lower corner of the hopper at an angle that is tangential to the outer wall and that extends downward toward the inner annular lower corner. a hopper connectable in fluid communication with a fluidizing pressure source; and at least one applicator pump in fluid communication with at least one corresponding outlet port in an outer wall of the hopper, the at least one applicator pump being configured to apply suction to the hopper to pull fluidized powder coating material from the hopper, wherein the at least one applicator pump is operable in a purge mode to supply pressurized fluid to the corresponding outlet port for cleaning the powder, characterized in that the at least one outlet port is oriented at an angle with respect to the outer wall of the hopper, such that pressurized fluid applied to the at least one outlet port is directed toward an inner annular lower corner of the hopper at an angle that is tangential to the outer wall and that extends downward toward the inner annular lower corner.
A polyvinyl alcohol-based polymer, as a saponified product of a copolymer of a vinyl ester monomer and a polyfunctional monomer, wherein the polyvinyl alcohol-based polymer has a slope of 1.2 or less in a double logarithmic plot of storage elastic modulus G' (at 20°C) in an angular frequency region of 1.0 to 10.0 rad/s, in measurement of an aqueous solution of the polyvinyl alcohol-based polymer filtered through a 100-mesh filter (opening: 0.154 mm) and then adjusted to a concentration of 10.0 mass%, wherein the storage elastic modulus G' is measured by the method disclosed in the present description.
A method for producing a core yarn by an air spinning process, in which at least one card sliver forming the spin over of the yarn is drawn over at least one draw passage, and the drawn card sliver together with a multifilament core material is fed to an air jet spinning nozzle, characterized in that to produce a sewing or embroidery thread as multifile core material of the core yarn two to five multifilament yarns are fed to the air jet spinning nozzle, that the two to five multifilament yarns are spread before the contact with the air jet spinning nozzle or that the two to five multifilament yarns are arranged at a distance from one another in front of the air jet spinning nozzle and are fed to the same and that the fibres (1a, 1b, 1c) of the card sliver are spun in and fixed in such a way that between 1 % and 60% by weight of the fibres of the spin over, relative to the total fibre yarn weight of the spin over, are bound over their entire axial fibre length or over a section of their axial fibre length between the filaments (6a, 6b, 6c) of the multifilament core material.
A liquid detergent comprising from about 5% to about 20% by weight thereof of a surfactant system wherein the surfactant system comprises a branched anionic surfactant having a level of branching of from about 5% to about 40% and wherein the surfactant system comprises at least 50% by weight thereof of the branched anionic surfactant and wherein the detergent at 20°C has a pouring viscosity of from about 2500 mPa s to about 6000 mPa s as measured at 20°C and a ratio of medium to high shear viscosity of from about 2 to about 1 as measured as specified in the description.
A method for generating plasma in a reactor chamber that contains a carrier gas and one or more reactive precursors with a pressure of between 133.3 and 266644. 7 Pa (1 torr and 2,000 torr), the method comprising: generating, by a pulsed radio frequency source that is driven with a pulse duration that is less than 10 ms, a pulsed radio frequency signal having a radio frequency is less than 10 MHz; delivering the pulsed radio frequency signal to an inductive antenna coupled to the pulsed radio frequency source that encircles the reactor chamber; initiating, by the pulsed radio frequency signal delivered to the inductive antenna, a breakdown of the carrier gas and one or more reactive precursors in the reactor chamber to generate a plasma; and generating a plasma in the reactor chamber by the breakdown of the carrier gas and one or more reactive precursors in the reactor chamber. generating, by a pulsed radio frequency source that is driven with a pulse duration that is less than 10 ms, a pulsed radio frequency signal having a radio frequency is less than 10 MHz; delivering the pulsed radio frequency signal to an inductive antenna coupled to the pulsed radio frequency source that encircles the reactor chamber; initiating, by the pulsed radio frequency signal delivered to the inductive antenna, a breakdown of the carrier gas and one or more reactive precursors in the reactor chamber to generate a plasma; and generating a plasma in the reactor chamber by the breakdown of the carrier gas and one or more reactive precursors in the reactor chamber.
A method comprising, at a mobile device: receiving a request to participate in a communications session, wherein the request to participate in a communications session comprises a request to participate in a mobile terminated voice call initiated by a remote device via a first subscription; determining that at least two subscriptions for network access are available; determining tariffs for one or more connection types that are available via the at least two subscriptions based on a communications context of the mobile device; determining cost factors for the one or more connection types of the at least two subscriptions based on the tariffs; and selecting a target subscription and a target connection type for use in satisfying the request based on the cost factors; and terminating the received request to allow establishment of a communications session using the selected target connection type, wherein the target subscription comprises a second subscription, and wherein the target connection type comprises a mobile originated voice over data connection call. receiving a request to participate in a communications session, wherein the request to participate in a communications session comprises a request to participate in a mobile terminated voice call initiated by a remote device via a first subscription; determining that at least two subscriptions for network access are available; determining tariffs for one or more connection types that are available via the at least two subscriptions based on a communications context of the mobile device; determining cost factors for the one or more connection types of the at least two subscriptions based on the tariffs; and selecting a target subscription and a target connection type for use in satisfying the request based on the cost factors; and terminating the received request to allow establishment of a communications session using the selected target connection type, wherein the target subscription comprises a second subscription, and wherein the target connection type comprises a mobile originated voice over data connection call.
A method of synchronizing a data communications network comprising a plurality of existing nodes and links coupling the nodes and forming one or more synchronization domains, each synchronization domain comprising a sub-network of the data communications network, and a node entering the network, in which each existing node in a synchronization domain stores a common representation of a topology of the links and existing nodes forming the synchronization domain and is configured to flood the synchronization domain with domain representation information representing domain topology, the method comprising a synchronization domain identification step performed at the entering node, the synchronization domain identification step comprising: exchanging entering node domain representation information between the entering node and a first neighboring existing node of a plurality of neighboring nodes that neighbor the entering node when it enters the network and synchronizing with the first neighboring existing node, receiving the entering node domain representation information that is flooded back to the entering node from other neighboring existing nodes of the plurality of neighboring existing nodes which received the entering node domain representation information from the first neighbouring existing node, and identifying a first synchronization domain that includes the first neighboring existing node and all the other neighboring existing nodes from which the entering node domain representation information is received, wherein the entering node is synchronized with all the neighboring existing nodes forming the first synchronization domain without requiring separate synchronization with the other neighboring existing nodes in the first synchronization domain. exchanging entering node domain representation information between the entering node and a first neighboring existing node of a plurality of neighboring nodes that neighbor the entering node when it enters the network and synchronizing with the first neighboring existing node, receiving the entering node domain representation information that is flooded back to the entering node from other neighboring existing nodes of the plurality of neighboring existing nodes which received the entering node domain representation information from the first neighbouring existing node, and identifying a first synchronization domain that includes the first neighboring existing node and all the other neighboring existing nodes from which the entering node domain representation information is received, wherein the entering node is synchronized with all the neighboring existing nodes forming the first synchronization domain without requiring separate synchronization with the other neighboring existing nodes in the first synchronization domain.
Method for producing a photovoltaic cell, comprising steps of: - forming, on regions of lateral edges of a substrate having a semi-conductive material base, a barrier layer containing at least one dopant, the barrier layer having a dielectric material base, the dopant being adapted to produce a first type of doping, in particular N-type doping, of said semi-conductive material, the lateral edges of the substrate extending between a first face and a second face of the substrate opposite the first face, - implanting the first face of the substrate with at least one given doping species adapted to produce a second type of doping, in particular P-type doping, opposite to the first type of doping, the barrier layer being configured so as to limit penetration of said doping species to the lateral edges of the substrate, - thermal annealing so as to produce a diffusion in said semi-conductive material of the dopant contained in said barrier layer at the lateral edges of the substrate, so as to compensate or over-compensate the doping produced during the implantation of the first face of the substrate. - forming, on regions of lateral edges of a substrate having a semi-conductive material base, a barrier layer containing at least one dopant, the barrier layer having a dielectric material base, the dopant being adapted to produce a first type of doping, in particular N-type doping, of said semi-conductive material, the lateral edges of the substrate extending between a first face and a second face of the substrate opposite the first face, - implanting the first face of the substrate with at least one given doping species adapted to produce a second type of doping, in particular P-type doping, opposite to the first type of doping, the barrier layer being configured so as to limit penetration of said doping species to the lateral edges of the substrate, - thermal annealing so as to produce a diffusion in said semi-conductive material of the dopant contained in said barrier layer at the lateral edges of the substrate, so as to compensate or over-compensate the doping produced during the implantation of the first face of the substrate.
Process for producing methane by reaction of carbon dioxide with hydrogen, wherein at least one condensation step in which water is separated off from a methane-containing product stream after the synthesis of a crude methane is provided, wherein the hydrogen used as starting material in the synthesis of methane has been previously obtained by electrolysis of water and water which has been separated off by condensation from a methane-containing product stream is at least partly recirculated to the electrolytic production of hydrogen from water, wherein a process stream obtained in the synthesis of crude methane is fed to at least one downstream high-pressure separator for separating water from the process stream as first separation apparatus, wherein water obtained in the first separation apparatus is fed to at least one low-pressure separator for separating gaseous constituents from the water as further separation apparatus downstream of the high-pressure separator, wherein gaseous components separated off in the low-pressure separator are partly or entirely recirculated to a mixing and compressor section upstream of the methane synthesis, wherein the gaseous components separated off are compressed in a first compressor or a first compressor stage, wherein at least one of the feed gases is combined with the recirculated stream upstream or downstream of this first compression and the resulting combined mixture is then fed to at least one further compressor or a further compressor stage and after this further compression is fed to the methanation reaction.