mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling liquid fuel flow to one or more three-way check valves used for delivering fuel to a turbine combustor in a turbine power generation system during transfers between passive and active modes of check valve operation in which the one or more three-way check valves are controlled by the pressure of the liquid fuel or by external forces respectively, the turbine power generation system including a bypass valve and a combustor fuel delivery three-way check valve, the method comprising: producing a fuel flow spike estimation signal indicative of an inverse of a fuel flow spike occurring during mode transfers of a fuel delivery three-way check valve between passive and active modes using an inverse operational model of the three-way check valve; generating a bypass valve position command based on the fuel flow spike estimation signal; and providing the bypass valve position command to the bypass valve during transfers between passive and active modes of check valve operation in a feed-forward control manner that counteracts or mitigates a fuel flow spike associated with such mode transfers. producing a fuel flow spike estimation signal indicative of an inverse of a fuel flow spike occurring during mode transfers of a fuel delivery three-way check valve between passive and active modes using an inverse operational model of the three-way check valve; generating a bypass valve position command based on the fuel flow spike estimation signal; and providing the bypass valve position command to the bypass valve during transfers between passive and active modes of check valve operation in a feed-forward control manner that counteracts or mitigates a fuel flow spike associated with such mode transfers.
A method for processing a radio bearer for transmitting a data flow, the method comprising: determining, by an access network node, a quality of service parameter passed by a core network control entity to the access network node; and processing, by the access network node, a radio bearer according to the quality of service parameter to transmit a data flow to be transmitted between a core network and a User Equipment, UE; wherein the data flow transmitted from the core network to an access network side is not mapped to the radio bearer in a one-to-one manner; wherein the quality of service parameter is passed to the access network node in a signaling-plane message; wherein processing the radio bearer according to the quality of service parameter comprises: searching existing radio bearers between an access network and the UE for a radio bearer satisfying the quality of service parameter requirement, and after no radio bearer satisfying the quality of service parameter requirement is found as a result of the search, determining whether a radio bearer satisfying the quality of service parameter can be set up, according to whether the resource of the access network can satisfy a bit rate requirement for the data flow, and if so, setting up a radio bearer satisfying the quality of service parameter requirement, and transmitting the data flow to be transmitted by the core network control entity to the UE, on the set radio bearer. determining, by an access network node, a quality of service parameter passed by a core network control entity to the access network node; and processing, by the access network node, a radio bearer according to the quality of service parameter to transmit a data flow to be transmitted between a core network and a User Equipment, UE; wherein the data flow transmitted from the core network to an access network side is not mapped to the radio bearer in a one-to-one manner; wherein the quality of service parameter is passed to the access network node in a signaling-plane message; wherein processing the radio bearer according to the quality of service parameter comprises: searching existing radio bearers between an access network and the UE for a radio bearer satisfying the quality of service parameter requirement, and after no radio bearer satisfying the quality of service parameter requirement is found as a result of the search, determining whether a radio bearer satisfying the quality of service parameter can be set up, according to whether the resource of the access network can satisfy a bit rate requirement for the data flow, and if so, setting up a radio bearer satisfying the quality of service parameter requirement, and transmitting the data flow to be transmitted by the core network control entity to the UE, on the set radio bearer.
A cutting die for rotary die-cutting of a label laminate comprising cutting tools having cutting edges projecting out from a base surface of the cutting die and arranged at least in a first direction and a second direction along the base surface, wherein at least one of the following parameters of the cutting edges - effective height (h eff), - shape corresponding to contour lines of the label laminate to be cut and - bevel angle (a) is arranged to be different in the first direction when compared to the second direction so as to provide the cutting tool comprising asymmetric cutting tools, characterized in that the cutting die is a sheet, and the sheet comprises a further material layer on the surface opposite to the base surface so as to provide difference of the effective height between the cutting edges in the first direction and in the second direction. - effective height (h eff), - shape corresponding to contour lines of the label laminate to be cut and - bevel angle (a)
A microporous polymer web configured for use as a battery separator, the microporous polymer web having a thickness and including a three-dimensional matrix of polyolefin, a wettability component, and available interconnecting pores that have surfaces and communicate through the thickness of the microporous polymer web, the available interconnecting pores included in a first number of pores having electrolyte-wettable surfaces resulting from a presence of the wettability component in sufficiently high concentrations and a second number of pores having electrolyte-nonwettable surfaces resulting from an absence of the wettability component in sufficiently high concentrations, and the battery separator formed from the microporous polymer web is characterized by a porosity and an electrical resistivity when an electrolyte penetrates the first number of pores, the web comprising: a surface active molecule containing a hydrophobic tail component distributed throughout the microporous polymer web, the hydrophobic tail component of the surface active molecule anchored to the three-dimensional matrix of polyolefin to make at least some of the available interconnecting pores of the second number of pores accessible to the electrolyte and thereby provide a reduction in the electrical resistivity of the battery separator; and the polyolefin includes ultrahigh molecular weight polyethylene formed by an extrusion process that includes solvating the ultrahigh molecular weight polyethylene in a plasticizer at elevated temperature, subsequently extracting a quantity of the plasticizer with a solvent, and evaporating the solvent by controlled hot air drying in an absence of steam to create, in the microporous polymer web, the interconnecting pores with a pore size distribution that contributes to reducing the electrical resistivity of the battery separator, wherein 52% to 60% of the pores are 0.1 micron to 5 micron in diameter. a surface active molecule containing a hydrophobic tail component distributed throughout the microporous polymer web, the hydrophobic tail component of the surface active molecule anchored to the three-dimensional matrix of polyolefin to make at least some of the available interconnecting pores of the second number of pores accessible to the electrolyte and thereby provide a reduction in the electrical resistivity of the battery separator; and the polyolefin includes ultrahigh molecular weight polyethylene formed by an extrusion process that includes solvating the ultrahigh molecular weight polyethylene in a plasticizer at elevated temperature, subsequently extracting a quantity of the plasticizer with a solvent, and evaporating the solvent by controlled hot air drying in an absence of steam to create, in the microporous polymer web, the interconnecting pores with a pore size distribution that contributes to reducing the electrical resistivity of the battery separator, wherein 52% to 60% of the pores are 0.1 micron to 5 micron in diameter.
An in vitro method for detecting and quantifying circulating cells in superficial body fluids of a subject, wherein the superficial body fluids are cerebrospinal fluid, pleural fluid, synovial fluid and pericardial fluid, comprising: a) placing an ultrasound-based device in contact with a volume of a liquid sample isolated from a superficial body fluid of the subject, b) emitting, with the ultrasound-based device, an acoustic short pulse signal aimed to the liquid sample isolated from a superficial body fluid of the subject, c) receiving, in the ultrasound-based device, backscattered signals, d) determining the number of backscattered signals c) with a data processing system, e) determining the presence and concentration of circulating cells in the superficial body fluid by dividing the number of backscattered signals by the volume of the superficial body fluid scanned, wherein the ultrasound-based device operates at a central frequency in the range of 10-100 MHz and at a pulse duration between 25-500 ns, and at a wavelength between 15 and 150 μm. a) placing an ultrasound-based device in contact with a volume of a liquid sample isolated from a superficial body fluid of the subject, b) emitting, with the ultrasound-based device, an acoustic short pulse signal aimed to the liquid sample isolated from a superficial body fluid of the subject, c) receiving, in the ultrasound-based device, backscattered signals, d) determining the number of backscattered signals c) with a data processing system, e) determining the presence and concentration of circulating cells in the superficial body fluid by dividing the number of backscattered signals by the volume of the superficial body fluid scanned,
A method of charging catalyst tubes of a bundle of catalyst tubes in a structured fashion, in which individual catalyst tubes of the bundle of catalyst tubes are charged in a uniform manner from the bottom upward in sections with different formulations of shaped catalyst bodies, wherein a particular section of the charge in the catalyst tubes is produced by firstly producing uniform amounts of portions of the appropriate formulation of shaped catalyst bodies, producing packets filled with a uniform amount of the formulation of shaped catalyst bodies by enclosing such portions in a packaging material and emptying a number of the packets into each of the individual catalyst tubes and the ratio of internal diameter D of the catalyst tube to longest dimension L of the shaped catalyst bodies present in a packet is from 2:1 to 20:1.
A monitoring system for detecting or predicting onset of adverse physiological phenomenon in a patient, the system comprising: at least one monitoring electrode operably coupleable with a monitoring site of interest including a surgical site, the at last one monitoring electrode having electrical characteristics that are responsive to changes in physiological characteristics of the monitoring site, at least one reference electrode operably coupleable with a reference location for monitoring a reference site which is remote from the surgical site and where no anastomotic leakage is expected to occur; and the at least one monitoring electrode and the at least one reference electrode each being operable to provide at least one output signal descriptive of changes in physiological characteristics of the patient; a memory, and a processor operable to execute instructions stored in the memory to perform: detecting the adverse physiological phenomenon by comparing the at least one output signal produced by the at least one monitoring electrode against the at least one output signal produced by at least one reference electrode;and; characterized in that the at least one output signal for at least one electrode including the at least one monitoring and/or the at least one reference electrode comprises at least one impedance signal and at least one electrophysiological signal. at least one monitoring electrode operably coupleable with a monitoring site of interest including a surgical site, the at last one monitoring electrode having electrical characteristics that are responsive to changes in physiological characteristics of the monitoring site, at least one reference electrode operably coupleable with a reference location for monitoring a reference site which is remote from the surgical site and where no anastomotic leakage is expected to occur; and the at least one monitoring electrode and the at least one reference electrode each being operable to provide at least one output signal descriptive of changes in physiological characteristics of the patient; a memory, and a processor operable to execute instructions stored in the memory to perform: detecting the adverse physiological phenomenon by comparing the at least one output signal produced by the at least one monitoring electrode against the at least one output signal produced by at least one reference electrode;and; characterized in that the at least one output signal for at least one electrode including the at least one monitoring and/or the at least one reference electrode comprises at least one impedance signal and at least one electrophysiological signal. detecting the adverse physiological phenomenon by comparing the at least one output signal produced by the at least one monitoring electrode against the at least one output signal produced by at least one reference electrode;and; characterized in that the at least one output signal for at least one electrode including the at least one monitoring and/or the at least one reference electrode comprises at least one impedance signal and at least one electrophysiological signal.
A policy control method, comprising: receiving, by an enforcement function network element, an update request, wherein the update request is used to instruct to modify or remove a target packet flow description, PFD, and the target PFD is associated with a target application identifier of an application; and in response to receiving the update request: for a session for which a first policy rule comprising the target application identifier is installed or activated, sending, by the enforcement function network element, stop indication information of the application to a control function network element if the three following conditions are complied with: the enforcement function network element has detected data about an application corresponding to the target application identifier by using the target PFD, the enforcement function network element has previously reported start indication information of the application to the control function network element, and the target PFD is the last PFD that has been used to detect the data about the application, among a plurality of PFDs associated with the target application identifier. receiving, by an enforcement function network element, an update request, wherein the update request is used to instruct to modify or remove a target packet flow description, PFD, and the target PFD is associated with a target application identifier of an application; and in response to receiving the update request: for a session for which a first policy rule comprising the target application identifier is installed or activated, sending, by the enforcement function network element, stop indication information of the application to a control function network element if the three following conditions are complied with: the enforcement function network element has detected data about an application corresponding to the target application identifier by using the target PFD, the enforcement function network element has previously reported start indication information of the application to the control function network element, and the target PFD is the last PFD that has been used to detect the data about the application, among a plurality of PFDs associated with the target application identifier.
A method comprising: receiving (1305, 1405), by a first phased array antenna beam at an access node of a phased array communication network, a radio frequency "RF" modulated data packet comprising a header and payload data; demodulating (1310, 1410) the header while maintaining the payload data in RF modulated format; identifying (1310, 1410) route information within the demodulated header; and transmitting (1320, 1423, 1430), by a second phased array antenna beam from the access node in accordance with the route information, the RF modulated data packet. receiving (1305, 1405), by a first phased array antenna beam at an access node of a phased array communication network, a radio frequency "RF" modulated data packet comprising a header and payload data; demodulating (1310, 1410) the header while maintaining the payload data in RF modulated format; identifying (1310, 1410) route information within the demodulated header; and transmitting (1320, 1423, 1430), by a second phased array antenna beam from the access node in accordance with the route information, the RF modulated data packet.
An apparatus comprising: a body for serving as a radiator comprising a conductive material, wherein the body defines an internal cavity and an opening; a ground plane disposed within the internal cavity and electromagnetically coupled to the body; an antenna disposed within the internal cavity and electromagnetically coupled to the body such that the body functions as a radiator; a three-dimensional ground plane extension disposed within the internal cavity so that at least a part of the three-dimensional ground plane extension overlies the antenna, wherein the three-dimensional ground plane extension is galvanically coupled to the ground plane and electromagnetically coupled to the body; and a conductive member disposed within the internal cavity and galvanically coupled to both the ground plane and the three-dimensional ground plane extension, wherein the three-dimensional ground plane extension comprises a first portion that overlies the antenna and a second portion that extends from the first portion toward the ground plane, and wherein the first portion of the three-dimensional ground plane extension is configured to serve as a mechanical support structure for another component of the apparatus. a body for serving as a radiator comprising a conductive material, wherein the body defines an internal cavity and an opening; a ground plane disposed within the internal cavity and electromagnetically coupled to the body; an antenna disposed within the internal cavity and electromagnetically coupled to the body such that the body functions as a radiator; a three-dimensional ground plane extension disposed within the internal cavity so that at least a part of the three-dimensional ground plane extension overlies the antenna, wherein the three-dimensional ground plane extension is galvanically coupled to the ground plane and electromagnetically coupled to the body; and a conductive member disposed within the internal cavity and galvanically coupled to both the ground plane and the three-dimensional ground plane extension, wherein the three-dimensional ground plane extension comprises a first portion that overlies the antenna and a second portion that extends from the first portion toward the ground plane, and wherein the first portion of the three-dimensional ground plane extension is configured to serve as a mechanical support structure for another component of the apparatus.
A medical device for cutting tissue, the device comprising: an outer tubular member having a proximal end, a distal end, and an open window disposed at the distal end; a middle tubular member having a proximal end, a beveled gear disposed at the proximal end, a distal end, and an opening disposed at the distal end, the middle tubular member configured to be received within the outer tubular member; an inner tubular member having a proximal end, a beveled gear disposed at the proximal end, a distal end, and an opening disposed at the distal end, the inner tubular member configured to be received within the middle tubular member; and an engagement gear configured to engage the beveled gear of the middle tubular member and the beveled gear of the inner tubular member; wherein the opening of the middle tubular member and the opening of the inner tubular member are configured to form a cutting tool when the inner tubular member and the middle tubular member rotate in opposite directions through the engagement gear, characterized in that the distal end of the middle tubular member and the distal end of the outer tubular member are configured to form together a closed configuration such that no liquid can flow through the open window of the outer tubular member or the opening of the middle tubular member when the device is in its closed configuration. an outer tubular member having a proximal end, a distal end, and an open window disposed at the distal end; a middle tubular member having a proximal end, a beveled gear disposed at the proximal end, a distal end, and an opening disposed at the distal end, the middle tubular member configured to be received within the outer tubular member; an inner tubular member having a proximal end, a beveled gear disposed at the proximal end, a distal end, and an opening disposed at the distal end, the inner tubular member configured to be received within the middle tubular member; and an engagement gear configured to engage the beveled gear of the middle tubular member and the beveled gear of the inner tubular member;