mhurhangee/ep-ind-claims huggingface dataset:
An antenna arrangement apparatus for receiving Radio Frequency signals, comprising: a dipole reception antenna having a first pole and a second pole; a common-mode filter having a common-mode impendence of at least 1000 Ω, and wherein a third terminal of the common-mode filter is coupled to the first pole and a fourth terminal is coupled to the second pole, characterized in that it comprises a length of coaxial cable constituting a feedline, wherein the length of coaxial cable has a proximal end with respect to the first and second poles (174, 175), a core of the proximal end being coupled to a first terminal of the common-mode filter and a shield of the proximal end being coupled to a second terminal of the common-mode filter. a dipole reception antenna having a first pole and a second pole; a common-mode filter having a common-mode impendence of at least 1000 Ω, and wherein a third terminal of the common-mode filter is coupled to the first pole and a fourth terminal is coupled to the second pole, characterized in that it comprises a length of coaxial cable constituting a feedline, wherein the length of coaxial cable has a proximal end with respect to the first and second poles (174, 175), a core of the proximal end being coupled to a first terminal of the common-mode filter and a shield of the proximal end being coupled to a second terminal of the common-mode filter.
A method for maintaining a lung ex vivo, comprising: providing a lung care system comprising a perfusion circuit, connecting the lung within the fluid perfusion circuit, connecting the lung through a tracheal interface to a ventilator; flowing a perfusion fluid into the lung through a pulmonary artery interface and away from the lung through a pulmonary vein interface, ventilating the lung through the tracheal interface with the ventilator thus providing a respiratory gas to the lung for use in metabolism by the lung, the respiratory gas having a pre-determined composition of oxygen, measuring a level of an arterial-venous oxygen gradient between the perfusion fluid flowing into the lung and flowing out of the lung, characterised in after reaching a steady state of the system wherein the perfusion fluid flowing into the lung includes a first gas component at a substantially constant first composition and the perfusion fluid flowing away from the lung includes the first gas component at a substantially constant second composition, continuing perfusing the lung for an extended period of time in said steady state. providing a lung care system comprising a perfusion circuit, connecting the lung within the fluid perfusion circuit, connecting the lung through a tracheal interface to a ventilator; flowing a perfusion fluid into the lung through a pulmonary artery interface and away from the lung through a pulmonary vein interface, ventilating the lung through the tracheal interface with the ventilator thus providing a respiratory gas to the lung for use in metabolism by the lung, the respiratory gas having a pre-determined composition of oxygen, measuring a level of an arterial-venous oxygen gradient between the perfusion fluid flowing into the lung and flowing out of the lung,
A method of operating a Radio Network Controller, RNC, of a communication network during a soft handover process of a mobile terminal between a first base station, BS, and at least one second BS that are connected to the RNC, the method comprising: - receiving, at a Medium Access Control, MAC, protocol layer of the RNC, a first data frame stream from the first BS via a first data path and a second data frame stream from the second BS via a second data path; - determining a relative delay between the data frames of the first data frame stream and the second data frame stream regarding their arrival at the RNC; and - merging, at the MAC protocol layer, data frames of the first and the second data frame stream into a third data frame stream which is transmitted to a protocol layer above the MAC protocol layer, wherein the merging comprises a reordering process of the data frames and wherein, if the relative delay for a data frame exceeds a delay difference reference value, the data frame is transmitted from the MAC protocol layer to the protocol layer above the MAC protocol layer without subjecting the data frame to the reordering process. - receiving, at a Medium Access Control, MAC, protocol layer of the RNC, a first data frame stream from the first BS via a first data path and a second data frame stream from the second BS via a second data path; - determining a relative delay between the data frames of the first data frame stream and the second data frame stream regarding their arrival at the RNC; and - merging, at the MAC protocol layer, data frames of the first and the second data frame stream into a third data frame stream which is transmitted to a protocol layer above the MAC protocol layer, wherein the merging comprises a reordering process of the data frames and wherein, if the relative delay for a data frame exceeds a delay difference reference value, the data frame is transmitted from the MAC protocol layer to the protocol layer above the MAC protocol layer without subjecting the data frame to the reordering process.
A chitosan polymer derivative of formula I: wherein the monomers of formula I are covalently linked to each other by a single oxygen atom at positions X 1 and X 4 which represent beta-1-4 linkages, except at the terminal ends of the polymer wherein X 1 and X 4 represent hydroxy of any stereochemistry; and wherein: Y is selected from the group consisting of: a moiety of the formula: and a moiety of the formula: R1 is selected from the group consisting of: a moiety of the formula: wherein m is 0 or 1; and a moiety of the formula: wherein is: R2 is hydrogen or methyl, and n is 8-25. Y is selected from the group consisting of: a moiety of the formula: and a moiety of the formula: a moiety of the formula: and a moiety of the formula: R1 is selected from the group consisting of: a moiety of the formula: wherein m is 0 or 1; and a moiety of the formula: wherein is: a moiety of the formula: wherein m is 0 or 1; and a moiety of the formula: wherein is: R2 is hydrogen or methyl, and n is 8-25.
A method for handing off a mobile entity receiving data packets from a packet gateway, P-GW, of a core network via a cellular wireless network to receiving the data packets from the P-GW via a trusted wireless access network, TWAN, the method comprising: receiving, by the mobile entity, a newly assigned Internet Protocol, IP, address for the TWAN via an EAP-AKA procedure; in response to receiving the newly assigned IP address, the mobile entity configuring an IP interface on TWAN with the newly assigned IP address; determining, by the mobile entity, whether the IP interface of the mobile entity is ready to receive the data packets via the TWAN; and indicating, from the mobile entity to a TWAN gateway, TWAG, readiness to receive the data packets via the TWAN, based on the determining. receiving, by the mobile entity, a newly assigned Internet Protocol, IP, address for the TWAN via an EAP-AKA procedure; in response to receiving the newly assigned IP address, the mobile entity configuring an IP interface on TWAN with the newly assigned IP address; determining, by the mobile entity, whether the IP interface of the mobile entity is ready to receive the data packets via the TWAN; and indicating, from the mobile entity to a TWAN gateway, TWAG, readiness to receive the data packets via the TWAN, based on the determining.
A method, comprising: triggering a User Agent to monitor a status of at least one component in a communication system, wherein the at least one component comprises a controller of the User Agent, wherein the controller provides Session Initiation Protocol SIP functionality to the User Agent, wherein the User Agent is triggered to monitor the status of the at least one component by receiving a notification message; referencing a list of controllers upon receiving the notification message; identifying, from the list of controllers, at least one controller for which a status check will be performed, wherein the at least one controller includes the controller of the User Agent; in response to the trigger to monitor the status of at least one component, sending, by the User Agent, a SIP message to the at least one component associated with the at least one controller; and determining, by the User Agent, a status of the at least one component based on a response received at the User Agent. triggering a User Agent to monitor a status of at least one component in a communication system, wherein the at least one component comprises a controller of the User Agent, wherein the controller provides Session Initiation Protocol SIP functionality to the User Agent, wherein the User Agent is triggered to monitor the status of the at least one component by receiving a notification message; referencing a list of controllers upon receiving the notification message; identifying, from the list of controllers, at least one controller for which a status check will be performed, wherein the at least one controller includes the controller of the User Agent; in response to the trigger to monitor the status of at least one component, sending, by the User Agent, a SIP message to the at least one component associated with the at least one controller; and determining, by the User Agent, a status of the at least one component based on a response received at the User Agent.
A multi-specimen test fixture star (70, 90) comprising: a plurality of fixture arms each extending radially from a fixture center and having an arm end with a specimen attachment location; and a plurality of cross-members, each cross-member having a first end at a fixture arm at a position between the fixture center and the arm end and each cross-member having a second end at an adjacent one of the fixture arms at a position between the fixture center and the arm end, configured such that, in use, a load applied by a shaft coupled to the fixture arms at the fixture center is equally distributed to the specimen attachment locations and wherein the specimen attachment locations define a rectangular shape centered on the fixture center. a plurality of fixture arms each extending radially from a fixture center and having an arm end with a specimen attachment location; and a plurality of cross-members, each cross-member having a first end at a fixture arm at a position between the fixture center and the arm end and each cross-member having a second end at an adjacent one of the fixture arms at a position between the fixture center and the arm end, configured such that, in use, a load applied by a shaft coupled to the fixture arms at the fixture center is equally distributed to the specimen attachment locations and wherein the specimen attachment locations define a rectangular shape centered on the fixture center.
A method for wireless communication at a user equipment, UE, comprising: receiving an uplink grant from a base station that indicates uplink resources for transmission of uplink data from the UE to the base station in a shared millimeter wave, mmW, radio frequency spectrum band; receiving, from the base station, an indication of a duration of a listen-before-talk, LBT, procedure, wherein the duration of the LBT procedure is synchronized with a frame boundary, a slot boundary, or a symbol boundary of a frame structure used for communications between the UE and the base station; performing, responsive to receiving the uplink grant, the LBT procedure to determine that the shared mmW radio frequency spectrum band is available for the transmission of the uplink data, wherein the LBT procedure is a clear channel assessment, CCA, check using energy detection, ED, for a duration of a CCA observation time, wherein the CCA observation time is based in part on a random number that is selected for a number of CCA slots to measure channel, and wherein the receiving the indication of the duration of the LBT procedure comprises receiving the random number from the base station; and transmitting, based at least in part on the shared mmW radio frequency spectrum band being available for the transmission of the uplink data, the uplink data to the base station using the uplink resources indicated in the uplink grant. receiving an uplink grant from a base station that indicates uplink resources for transmission of uplink data from the UE to the base station in a shared millimeter wave, mmW, radio frequency spectrum band; receiving, from the base station, an indication of a duration of a listen-before-talk, LBT, procedure, wherein the duration of the LBT procedure is synchronized with a frame boundary, a slot boundary, or a symbol boundary of a frame structure used for communications between the UE and the base station; performing, responsive to receiving the uplink grant, the LBT procedure to determine that the shared mmW radio frequency spectrum band is available for the transmission of the uplink data, wherein the LBT procedure is a clear channel assessment, CCA, check using energy detection, ED, for a duration of a CCA observation time, wherein the CCA observation time is based in part on a random number that is selected for a number of CCA slots to measure channel, and wherein the receiving the indication of the duration of the LBT procedure comprises receiving the random number from the base station; and transmitting, based at least in part on the shared mmW radio frequency spectrum band being available for the transmission of the uplink data, the uplink data to the base station using the uplink resources indicated in the uplink grant.
Method for liquefying natural gas in combination with a method for producing synthetic gas, the liquefaction method comprising the following steps: - Step a): pre-treating a natural supply gas in order to remove the impurities likely to freeze during the liquefaction method; - Step b): extracting, from the gaseous current from step a), a hydrocarbon-enriched current having more than two carbon atoms; - Step c): liquefying the hydrocarbon-depleted gaseous current having more than two carbon atoms from step b); the step of producing synthetic gas comprising the following steps: - Step a'): desulfurising at a temperature greater than 350°C of a natural gas supply current; - Step b'): optional pre-reforming, at a temperature greater than 500°C in order to convert the hydrocarbon chains containing at least two carbon atoms of the gaseous current from step a') into methane; - Step c'): reforming consisting of making the gaseous current from step a') or b') react at a temperature greater than 800°C with steam to produce hydrogen, carbon dioxide and carbon monoxide; characterised in that the steam from the method for producing synthetic gas is used as a source of heat for the implementation of step a); and characterised in that step a) consists of a pre-treatment by adsorption by means of an adsorption system comprising between two and five containers of at least one adsorbent layer and at least one device for heating and/or cooling an adsorption and/or regeneration current circulating in said adsorption system, and characterised in that the steam from the method for producing synthetic gas is implemented to heat said regeneration current. - Step a): pre-treating a natural supply gas in order to remove the impurities likely to freeze during the liquefaction method; - Step b): extracting, from the gaseous current from step a), a hydrocarbon-enriched current having more than two carbon atoms; - Step c): liquefying the hydrocarbon-depleted gaseous current having more than two carbon atoms from step b); - Step a'): desulfurising at a temperature greater than 350°C of a natural gas supply current; - Step b'): optional pre-reforming, at a temperature greater than 500°C in order to convert the hydrocarbon chains containing at least two carbon atoms of the gaseous current from step a') into methane; - Step c'): reforming consisting of making the gaseous current from step a') or b') react at a temperature greater than 800°C with steam to produce hydrogen, carbon dioxide and carbon monoxide;
A memory storing instructions, which when the instructions are executed by one or more processors cause the one or more processors to execute a method comprising: acquiring a data set of clamping torque as a function of tip deflection for a clamping instrument, the clamping torque being applied to the clamping instrument by a motor assembly (702, 916); determining a torque limit specific to the clamping instrument from the data set so as to prevent excessive tip separation during clamping, the torque limit corresponding to a limit on current provided to one or more motors used to actuate the clamping instrument; storing the torque limit in the clamping instrument; and operating the clamping instrument based on the torque limit. acquiring a data set of clamping torque as a function of tip deflection for a clamping instrument, the clamping torque being applied to the clamping instrument by a motor assembly (702, 916); determining a torque limit specific to the clamping instrument from the data set so as to prevent excessive tip separation during clamping, the torque limit corresponding to a limit on current provided to one or more motors used to actuate the clamping instrument; storing the torque limit in the clamping instrument; and operating the clamping instrument based on the torque limit.
A composition comprising a disodium inosine-5'-monophosphate (Na 2 -5'-IMP) x (n·H 2 O) salt, wherein n is selected from 0.0 to 6.5, and wherein the composition further comprises a hygroscopic material, wherein the hygroscopic material is selected from the group consisting of crystalline fructose, crystalline table salt, crystalline malic acid, yeast extract powder, soy sauce powder, a dehydrated vegetable powder, a dehydrated meat powder, a dehydrated plant hydrolysate, a dehydrated meat hydrolysate, or a combination therefrom, and wherein the composition comprises at least 2 wt% of the disodium inosine-5'-monophosphate salt.
A method for controlling access of communication devices to a conference call, the method comprising: associating proximity settings with the conference call, the proximity settings indicating a predefined proximity of other devices relative to a selected communication device attached to the call; sensing by the selected communication device proximity of at least one device of said other devices within its proximity to obtain proximity information; and if the at least one device is determined, from the obtained proximity information and the proximity settings, to be within the predefined proximity from the selected communication device, then: determining, by a processor, an action validating the at least one device of the sensed devices against a list of conference call invitees to restrict access to the conference call. associating proximity settings with the conference call, the proximity settings indicating a predefined proximity of other devices relative to a selected communication device attached to the call; sensing by the selected communication device proximity of at least one device of said other devices within its proximity to obtain proximity information; and if the at least one device is determined, from the obtained proximity information and the proximity settings, to be within the predefined proximity from the selected communication device, then: determining, by a processor, an action validating the at least one device of the sensed devices against a list of conference call invitees to restrict access to the conference call. determining, by a processor, an action validating the at least one device of the sensed devices against a list of conference call invitees to restrict access to the conference call.
A smoking article comprising: a tobacco rod; and a mouthpiece comprising at least one segment (102; 204), and a wrapper (212; 208) circumscribing the at least one segment (102; 204) and defining a mouth end cavity, the mouthpiece being in axial alignment with the tobacco rod and having a rod end adjacent the tobacco rod and a mouth end opposite the rod end; wherein the tobacco rod is formed from a tobacco material or another nicotine-containing substance adapted to be combusted to form smoke or heated to form an aerosol; and wherein one or more indicia is disposed on the inner surface of the portion of the wrapper (212; 208) defining the mouth end cavity. a tobacco rod; and a mouthpiece comprising at least one segment (102; 204), and a wrapper (212; 208) circumscribing the at least one segment (102; 204) and defining a mouth end cavity, the mouthpiece being in axial alignment with the tobacco rod and having a rod end adjacent the tobacco rod and a mouth end opposite the rod end; wherein the tobacco rod is formed from a tobacco material or another nicotine-containing substance adapted to be combusted to form smoke or heated to form an aerosol; and wherein one or more indicia is disposed on the inner surface of the portion of the wrapper (212; 208) defining the mouth end cavity.
Device for the application of a color onto a substrate web which is transported along a running direction passing the device, characterized in that the device comprises a surface area, which is convex in the running direction and straight in the direction perpendicular to the running direction, and which can be brought into contact with the substrate web, and in that in the surface area which is convex there is provided one, preferably at least two penetration openings which are staggered in a direction perpendicular to the running direction and which in case of two openings can be separately provided with color, through which the color is directly applied to the substrate web, wherein the amount of applied color depends on the inclination angle between the plane of the substrate web and the normal tangential plane on the surface area at the position of the respective penetration opening.