mhurhangee/ep-ind-claims huggingface dataset:
A method for providing Internet protocol multimedia subsystem, IMS, registration Service to a non-IMS subscriber terminal (116, 118, 120), the method comprising: a) identifying activity involving a non-IMS subscriber terminal (116, 118, 120), wherein the non-IMS subscriber terminal (116, 118, 120) lacks IMS registration signaling capabilities; and b) in response to identifying the activity involving a non-IMS subscriber terminal (116, 118, 120), performing an IMS registration operation on behalf of the non-IMS subscriber terminal (116, 118, 120), wherein identifying activity involving a non-IMS subscriber terminal (116, 118, 120) includes one of: querying a presence Server for the status of the non-IMS subscriber terminal (116, 118, 120); subscribing to and receiving the status of the non-IMS subscriber terminal (116, 118, 120) from a presence Server; monitoring SS7 signaling messages to identify messages associated with activity involving non-IMS subscriber terminal (116, 118, 120); and detecting a subscriber initiated registration request from the non-IMS subscriber terminal (116, 118, 120). a) identifying activity involving a non-IMS subscriber terminal (116, 118, 120), wherein the non-IMS subscriber terminal (116, 118, 120) lacks IMS registration signaling capabilities; and b) in response to identifying the activity involving a non-IMS subscriber terminal (116, 118, 120), performing an IMS registration operation on behalf of the non-IMS subscriber terminal (116, 118, 120), wherein identifying activity involving a non-IMS subscriber terminal (116, 118, 120) includes one of: querying a presence Server for the status of the non-IMS subscriber terminal (116, 118, 120); subscribing to and receiving the status of the non-IMS subscriber terminal (116, 118, 120) from a presence Server; monitoring SS7 signaling messages to identify messages associated with activity involving non-IMS subscriber terminal (116, 118, 120); and detecting a subscriber initiated registration request from the non-IMS subscriber terminal (116, 118, 120).
A chemically reactive luminescent dye, having the formula: wherein R 1 to R 6 are independently a hydrogen, an alkyl having 1-20 carbons, an alkoxy having 1-20 carbons, a trifluoromethyl, a halogen, a methylthio, a sulfonyl, a boronyl, a phosphonyl, a cyano, a carbonyl, a hydroxy, an amino, a thiol, an aryl, a heteroaryl, or an RM; RM is a chemically reactive moiety; and WSB is a water-soluble bridge that crosslinks two different rings of the luminescent dye and contains at least a sulfonate or phosphonate group.
A ventilation device, comprising: a main body having a front surface having a main-body air outlet and an air inlet; an air exhaustion fan arranged inside the main body; an air supply fan arranged inside the main body; a heat exchanger configured to exchange heat between exhaustion air delivered by the air exhaustion fan and supply air delivered by the air supply fan; a panel arranged in front of the main-body air outlet of the main body; the ventilation device characterized by comprising: an air-passage closing wall provided between the main body and the panel and configured to restrict a flow of the supply air to be blown out through the main-body air outlet in a horizontal direction, and an airflow-direction changeable component provided below the panel and configured to be rotatable between a first position and a second position different from the first position to change a direction of the supply air blown from the main-body air outlet. a main body having a front surface having a main-body air outlet and an air inlet; an air exhaustion fan arranged inside the main body; an air supply fan arranged inside the main body; a heat exchanger configured to exchange heat between exhaustion air delivered by the air exhaustion fan and supply air delivered by the air supply fan; a panel arranged in front of the main-body air outlet of the main body; the ventilation device characterized by comprising: an air-passage closing wall provided between the main body and the panel and configured to restrict a flow of the supply air to be blown out through the main-body air outlet in a horizontal direction, and an airflow-direction changeable component provided below the panel and configured to be rotatable between a first position and a second position different from the first position to change a direction of the supply air blown from the main-body air outlet. an air-passage closing wall provided between the main body and the panel and configured to restrict a flow of the supply air to be blown out through the main-body air outlet in a horizontal direction, and an airflow-direction changeable component provided below the panel and configured to be rotatable between a first position and a second position different from the first position to change a direction of the supply air blown from the main-body air outlet.
A composition comprising an attenuated Pasteurella multocida ( P. multocida) strain for use in providing a safe and effective immune response in bovine against P. multocida or diseases caused by P. multocida, characterized in that the strain is the strain deposited at the ATCC under the Patent Deposit Designation PTA-120624.
A communication coupling verification method executed by a computer, the communication coupling verification method comprising: identifying both setting information before a setting change of each of network devices arranged in a network and forwarding information before the setting change; identifying (S3, S4) both setting information after the setting change and the forwarding information after the setting change; generating (S6, S7) a first model before the setting change and a second model after the setting change by using the setting information before the setting change, the forwarding information before the setting change, the setting information after the setting change, and the forwarding information after the setting change; obtaining a difference between the generated first model and the generated second model, the obtaining of the difference including obtaining as the difference a first set of packets obtained by removing, from a set of packets extracted from the generated second model, duplicate packets overlapping between the first model and the second model; determining, for each packet of the first set of packets obtained as the difference, influence of the setting change on the network by using a reached point of that packet, wherein the reached point of that packet is obtained by tracing that packet in the first model; and notifying an administrator of the network of the determination results. identifying both setting information before a setting change of each of network devices arranged in a network and forwarding information before the setting change; identifying (S3, S4) both setting information after the setting change and the forwarding information after the setting change; generating (S6, S7) a first model before the setting change and a second model after the setting change by using the setting information before the setting change, the forwarding information before the setting change, the setting information after the setting change, and the forwarding information after the setting change; obtaining a difference between the generated first model and the generated second model, the obtaining of the difference including obtaining as the difference a first set of packets obtained by removing, from a set of packets extracted from the generated second model, duplicate packets overlapping between the first model and the second model; determining, for each packet of the first set of packets obtained as the difference, influence of the setting change on the network by using a reached point of that packet, wherein the reached point of that packet is obtained by tracing that packet in the first model; and notifying an administrator of the network of the determination results.
A process for producing a molded article, comprising the steps of (i) providing a thin-walled, gas-permeable shell; (ii) filling the shell with a foamed pelletized material made of a polymer; (iii) welding the foamed pelletized material to obtain the molded article. (i) providing a thin-walled, gas-permeable shell; (ii) filling the shell with a foamed pelletized material made of a polymer; (iii) welding the foamed pelletized material to obtain the molded article.
A method at a mobile device, comprising: receiving (702, 802) a first signal from a wireless local area network, the first signal comprising data indicating a first service is available for an application; outputting (704, 822) data indicating the first service is available for the application from the wireless local area network; receiving an input requesting the first service; validating (706, 904, 906, 908, 910, 912, 914) the wireless local area network from which the first signal was received; launching (708, 918) the application to receive the first service responsive to successfully validating with the wireless local area network; receiving a second signal advertising a second service is available for the application; determining a current operating mode responsive to receiving the second signal; in response to determining that the current operating mode is an ON and CLOSED mode limiting connections to networks in a pre-approved list: determining whether the source of the second signal is on the pre-approved list, and outputting data indicating the second service is available conditional upon determining the source of the second signal is on the pre-approved list; and in response to determining that the current operating mode is an OFF mode, ignoring the second signal. receiving (702, 802) a first signal from a wireless local area network, the first signal comprising data indicating a first service is available for an application; outputting (704, 822) data indicating the first service is available for the application from the wireless local area network; receiving an input requesting the first service; validating (706, 904, 906, 908, 910, 912, 914) the wireless local area network from which the first signal was received; launching (708, 918) the application to receive the first service responsive to successfully validating with the wireless local area network; receiving a second signal advertising a second service is available for the application; determining a current operating mode responsive to receiving the second signal; in response to determining that the current operating mode is an ON and CLOSED mode limiting connections to networks in a pre-approved list: determining whether the source of the second signal is on the pre-approved list, and outputting data indicating the second service is available conditional upon determining the source of the second signal is on the pre-approved list; and determining whether the source of the second signal is on the pre-approved list, and outputting data indicating the second service is available conditional upon determining the source of the second signal is on the pre-approved list; and in response to determining that the current operating mode is an OFF mode, ignoring the second signal.
Electrode assembly for an electrostatic atomiser, in particular for an electrostatic rotary atomiser, having a) at least one external electrode; b) an electrical resistance device comprising at least one resistance unit which is connected via an electrode terminal to the at least one external electrode and can be connected via a contact terminal to a pole of a high-voltage source; wherein c) the electrode assembly defines a main axis around which an electric field is created, characterised in that d) the resistance unit comprises a resistance track, which runs between the electrode terminal and the contact terminal and is carried by a carrier substrate. a) at least one external electrode; b) an electrical resistance device comprising at least one resistance unit which is connected via an electrode terminal to the at least one external electrode and can be connected via a contact terminal to a pole of a high-voltage source; c) the electrode assembly defines a main axis around which an electric field is created, d) the resistance unit comprises a resistance track, which runs between the electrode terminal and the contact terminal and is carried by a carrier substrate.
Anhydride-free impregnating resin for an electrical insulation body, wherein the impregnating resin comprises an epoxy resin, a hardener and nanosize and/or microsize inorganic particles, wherein the hardener is selected from the group consisting of a substituted guanidine, an aromatic diamine, an N-acylimidazole, a metal salt complex of an imidazole, a carboxylic hydrazide, a triazine derivative, melamine, a melamine derivative, a cyanoacetyl compound, an N-cyanoacylamide compound, an acylthiopropylphenol, a urea derivative, an aliphatic diamine, a cycloaliphatic diamine, an aliphatic polyamine, a cycloaliphatic polyamine and mixtures thereof, wherein the hardener is suspended in a solid state in the epoxy resin. wherein the impregnating resin comprises an epoxy resin, a hardener and nanosize and/or microsize inorganic particles, wherein the hardener is selected from the group consisting of a substituted guanidine, an aromatic diamine, an N-acylimidazole, a metal salt complex of an imidazole, a carboxylic hydrazide, a triazine derivative, melamine, a melamine derivative, a cyanoacetyl compound, an N-cyanoacylamide compound, an acylthiopropylphenol, a urea derivative, an aliphatic diamine, a cycloaliphatic diamine, an aliphatic polyamine, a cycloaliphatic polyamine and mixtures thereof, wherein the hardener is suspended in a solid state in the epoxy resin.
A radio communication system, comprising: a radio base station (eNB); and a radio terminal configured to perform a process of storing a measurement log including a measurement result of a radio environment according to a measurement configuration set by a measurement configuration message received from a network, wherein the radio terminal is further configured to transmit, to the radio base station (eNB), log storing information indicating that the measurement log is stored in the radio terminal, the radio base station (eNB) is configured to transmit, to the radio terminal, a log transmission request to request a transmission of the measurement log on the basis of the log storing information, the radio terminal is further configured to transmit, to the radio base station (eNB), a log transmission response that is a response for the log transmission request even when the measurement log is not stored in the radio terminal anymore, because it has been discarded in the meantime, and the radio base station (eNB) is further configured to receive the log transmission response from the radio terminal. a radio base station (eNB); and a radio terminal configured to perform a process of storing a measurement log including a measurement result of a radio environment according to a measurement configuration set by a measurement configuration message received from a network, wherein the radio terminal is further configured to transmit, to the radio base station (eNB), log storing information indicating that the measurement log is stored in the radio terminal, the radio base station (eNB) is configured to transmit, to the radio terminal, a log transmission request to request a transmission of the measurement log on the basis of the log storing information, the radio terminal is further configured to transmit, to the radio base station (eNB), a log transmission response that is a response for the log transmission request even when the measurement log is not stored in the radio terminal anymore, because it has been discarded in the meantime, and the radio base station (eNB) is further configured to receive the log transmission response from the radio terminal.
A liquid additive composition comprising: a fluoropolymer; an organophosphite antioxidant; a sterically hindered phenol antioxidant; and one or more hydrocarbon polymer dispersants. a fluoropolymer; an organophosphite antioxidant; a sterically hindered phenol antioxidant; and one or more hydrocarbon polymer dispersants.
A homogeneous process for hydrodehalogenating a halo-substituted C 3 -C 20 heteroaryl starting material to form a non-halogenated C 3 -C 20 heteroaryl product and/or a halo-substituted C 3 -C 20 heteroaryl product, wherein the halo-substituted C 3 -C 20 heteroaryl starting material is a halo-substituted C 3 -C 20 nitrogen-containing heteroaryl starting material, the halo-substituted C 3 -C 20 heteroaryl product is a halo-substituted C 3 -C 20 nitrogen-containing heteroaryl product, and wherein the halo-substituted C 3 -C 20 heteroaryl product has at least one less halogen substituent than the halo-substituted C 3 -C 20 heteroaryl starting material, the process comprising the step of hydrogenating the halo-substituted C 3 -C 20 heteroaryl starting material in the presence of a rhodium or ruthenium complex, molecular hydrogen, a base and a solvent, wherein the process is carried out in a monophasic solvent system and wherein the base is present in a molar excess of between 0.1 to 1.0 molar equivalents over the amount required for the stoichiometric reaction.
An image processing apparatus comprising: an image acquiring unit configured to acquire an image; an information acquiring unit configured to acquire image information indicative of a content of the image; and a correcting unit configured to correct the image based on the image information such that some of warping of the image is left; characterized in that: the correcting unit corrects the image such that a horizontal direction component of the warping is completely or nearly completely eliminated and, with regard to a vertical direction component of warping, corrects the image such that a predetermined proportion of warping is left, when the image information indicates that the content of the image is a person; and the correcting unit corrects the image such that a horizontal direction component of the warping is eliminated more than a vertical direction component of the warping. an image acquiring unit configured to acquire an image; an information acquiring unit configured to acquire image information indicative of a content of the image; and a correcting unit configured to correct the image based on the image information such that some of warping of the image is left; the correcting unit corrects the image such that a horizontal direction component of the warping is completely or nearly completely eliminated and, with regard to a vertical direction component of warping, corrects the image such that a predetermined proportion of warping is left, when the image information indicates that the content of the image is a person; and the correcting unit corrects the image such that a horizontal direction component of the warping is eliminated more than a vertical direction component of the warping.
A method comprising: contacting a chilled ammonia ionic solution comprising ammonia with a flue gas stream containing carbon dioxide in a carbon dioxide capture system being operative to produce a residual flue gas stream by absorbing carbon dioxide from the flue gas stream by contacting it with the ionic solution, wherein the residual flue gas stream comprises nitrogen, oxygen and moisture; regenerating ionic solution containing absorbed carbon dioxide in a regeneration system by removing carbon dioxide from the ionic solution to form a lean ionic solution stream, wherein the lean ionic solution stream comprises ammonium, ammonium carbonate, ammonium bicarbonate and ammonium sulfate, whereby the lean ionic solution is recycled to the CO 2 capture system; characterized by heating the residual flue gas stream in a direct contact heater and sending a portion of the residual flue gas stream to an appendix stripper (40, 106) as stripping medium; contacting the portion of the residual flue gas stream with a portion of the lean ionic solution stream in the appendix stripper (40, 106); forming a vapor phase that comprises ammonia vapor, water vapor, carbon dioxide and nitrogen; forming a liquid phase that comprises water, ammonium sulfate and ammonia; discharging the vapor phase to the capture system; and discharging the liquid phase to a direct contact cooler. contacting a chilled ammonia ionic solution comprising ammonia with a flue gas stream containing carbon dioxide in a carbon dioxide capture system being operative to produce a residual flue gas stream by absorbing carbon dioxide from the flue gas stream by contacting it with the ionic solution, wherein the residual flue gas stream comprises nitrogen, oxygen and moisture; regenerating ionic solution containing absorbed carbon dioxide in a regeneration system by removing carbon dioxide from the ionic solution to form a lean ionic solution stream, wherein the lean ionic solution stream comprises ammonium, ammonium carbonate, ammonium bicarbonate and ammonium sulfate, whereby the lean ionic solution is recycled to the CO 2 capture system; characterized by heating the residual flue gas stream in a direct contact heater and sending a portion of the residual flue gas stream to an appendix stripper (40, 106) as stripping medium; contacting the portion of the residual flue gas stream with a portion of the lean ionic solution stream in the appendix stripper (40, 106); forming a vapor phase that comprises ammonia vapor, water vapor, carbon dioxide and nitrogen; forming a liquid phase that comprises water, ammonium sulfate and ammonia; discharging the vapor phase to the capture system; and discharging the liquid phase to a direct contact cooler.
Aptamer for use in therapy of a subject by treating, curing or preventing disease symptoms associated with long COVID in a patient having overcome an infection with a virus from the Coronaviridae family, wherein the aptamer comprises a nucleic acid sequence of SEQ ID No. 1 (GGT TGG TGT GGT TGG) and/or a nucleic acid sequence being at least 80% identical to SEQ ID No. 1.
Method of detecting a change in the direction of rotation of a rotatable shaft based on non-direction sensitive rotational speed data, the method comprising the steps: determining a speed of a rotatable shaft of a vehicle transmission based on non-direction sensitive speed data received from a non-direction sensitive rotational speed sensor, wherein the speed of the rotatable shaft is the absolute value of the rotational speed of the rotatable shaft; determining, based on the speed of the rotatable shaft, if the duration of a first continuous time interval during which the speed of the rotatable shaft is continually smaller than a first predetermined speed value is shorter than a predetermined duration; and detecting that a change in the direction of rotation of the rotatable shaft has occurred during the first continuous time interval if the duration of the first continuous time interval is shorter than the predetermined duration. determining a speed of a rotatable shaft of a vehicle transmission based on non-direction sensitive speed data received from a non-direction sensitive rotational speed sensor, wherein the speed of the rotatable shaft is the absolute value of the rotational speed of the rotatable shaft; determining, based on the speed of the rotatable shaft, if the duration of a first continuous time interval during which the speed of the rotatable shaft is continually smaller than a first predetermined speed value is shorter than a predetermined duration; and detecting that a change in the direction of rotation of the rotatable shaft has occurred during the first continuous time interval if the duration of the first continuous time interval is shorter than the predetermined duration.