mhurhangee/patent-ind-claim-en huggingface dataset:
A system for delivering cardiac resynchronization therapy, the system comprising: a pacing device configured for implantation within a patient, the pacing device comprising: a plurality of electrodes ; signal generation circuitry configured to deliver ventricular pacing via the plurality of electrodes; and a sensor configured to produce a signal that indicates mechanical activity of the heart; and processing circuitry configured to: identify one or more features of a cardiac contraction within the signal; determine whether the cardiac contraction is a fusion beat based on the one or more features; and control a timing interval for delivery of the ventricular pacing based on the determination; and wherein an adjustment of the timing interval results in an adjustment of at least one of an A-V interval between an atrial event and delivery of a ventricular pacing pulse by the pacing device, or a V-V interval between a ventricular event and delivery of the ventricular pacing pulse by the pacing device, and further comprising another implantable medical device , wherein the other implantable medical device is configured to: detect the at least one of the atrial event or the ventricular event; and transmit a signal to the pacing device to control the pacing device to deliver the ventricular pacing pulse in response to the detection of the at least one of the atrial event or the ventricular event. a pacing device configured for implantation within a patient, the pacing device comprising: a plurality of electrodes ; signal generation circuitry configured to deliver ventricular pacing via the plurality of electrodes; and a sensor configured to produce a signal that indicates mechanical activity of the heart; and a plurality of electrodes ; signal generation circuitry configured to deliver ventricular pacing via the plurality of electrodes; and a sensor configured to produce a signal that indicates mechanical activity of the heart; and processing circuitry configured to: identify one or more features of a cardiac contraction within the signal; determine whether the cardiac contraction is a fusion beat based on the one or more features; and control a timing interval for delivery of the ventricular pacing based on the identify one or more features of a cardiac contraction within the signal; determine whether the cardiac contraction is a fusion beat based on the one or more features; and control a timing interval for delivery of the ventricular pacing based on the determination; and detect the at least one of the atrial event or the ventricular event; and transmit a signal to the pacing device to control the pacing device to deliver the ventricular pacing pulse in response to the detection of the at least one of the atrial event or the ventricular event.
A suspension polymerization method for preparing a vinyl chloride-based polymer, the method comprising: 1) adding vinyl chloride-based monomers, a polymerization initiator and polymerization water into a reactor; 2) raising the internal temperature of the reactor up to an initial target polymerization temperature, wherein the initial target polymerization temperature is an isothermal polymerization temperature or higher according to an average polymerization degree, wherein when the average polymerization of 1,000 is targeted, the isothermal polymerization temperature is within a range of 56-58°C, and wherein when the average polymerization of 1,000 is targeted, the initial target polymerization temperature is within a range of 59-64°C; and 3) lowering the temperature with a constant rate of lowering temperature until a polymerization reaction is completed when the internal temperature of the reactor reaches the initial target polymerization temperature, wherein the cooling rate is 0.02-0.2 °C/min. 1) adding vinyl chloride-based monomers, a polymerization initiator and polymerization water into a reactor; 2) raising the internal temperature of the reactor up to an initial target polymerization temperature, wherein the initial target polymerization temperature is an isothermal polymerization temperature or higher according to an average polymerization degree, wherein when the average polymerization of 1,000 is targeted, the isothermal polymerization temperature is within a range of 56-58°C, and wherein when the average polymerization of 1,000 is targeted, the initial target polymerization temperature is within a range of 59-64°C; and 3) lowering the temperature with a constant rate of lowering temperature until a polymerization reaction is completed when the internal temperature of the reactor reaches the initial target polymerization temperature, wherein the cooling rate is 0.02-0.2 °C/min.
A method performed by a Session Management Function, SMF, for providing Access Network, AN , information, the method comprising: receiving a request for AN information from a Policy Control Function, PCF, ; determining whether an AN does not support reporting of AN information; upon determining that the AN does not support reporting of AN information, sending , to the PCF , a first notification that the AN does not support reporting of AN information, wherein the first notification comprises a UeCampingRep data structure having a netLocAccSupp attribute set to a first value, ANR_NOT_SUPPORTED, which indicates that the AN does not support the report of AN information; upon determining that the AN does support reporting of AN information: if the requested AN information comprises User Equipment, UE, timezone information, and if the SMF determines that the AN does not support the report of the UE time zone, sending , to the PCF , a second notification, wherein the second notification comprises a UeCampingRep data structure having a netLocAccSupp attribute set to a second value, TZR_NOT_SUPPORTED, which indicates that the AN does not support the report of UE time zone; otherwise: acquiring the requested AN information; and sending the requested AN information to the PCF . receiving a request for AN information from a Policy Control Function, PCF, ; determining whether an AN does not support reporting of AN information; upon determining that the AN does not support reporting of AN information, sending , to the PCF , a first notification that the AN does not support reporting of AN information, wherein the first notification comprises a UeCampingRep data structure having a netLocAccSupp attribute set to a first value, ANR_NOT_SUPPORTED, which indicates that the AN does not support the report of AN information; upon determining that the AN does support reporting of AN information: if the requested AN information comprises User Equipment, UE, timezone information, and if the SMF determines that the AN does not support the report of the UE time zone, sending , to the PCF , a second notification, wherein the second notification comprises a UeCampingRep data structure having a netLocAccSupp attribute set to a second value, TZR_NOT_SUPPORTED, which indicates that the AN does not support the report of UE time zone; otherwise: acquiring the requested AN information; and sending the requested AN information to the PCF . acquiring the requested AN information; and sending the requested AN information to the PCF .
A simulation facility comprising: an operational model facility of a real infrastructure facility that mimics at least in part operations of the real infrastructure facility and comprises equipment that corresponds to and mimics operations of equipment in the real infrastructure facility; attack toolware for use by a first team of people in mounting cyber attacks on the model facility ; operations and management toolware for use by a second team of people in operating the model facility and in defending the model facility against the cyber attacks mounted by the first team of people using the attack toolware; and a controller having a memory and operable to acquire and store in the memory a forensic record of cyber attacks mounted by the first team of people on the model facility and defense strategies undertaken by the second team of people to defend the model facility against the cyber attacks, wherein the forensic record comprises data indicative of at least one of human activity of the second team and physiological features of the second team. an operational model facility of a real infrastructure facility that mimics at least in part operations of the real infrastructure facility and comprises equipment that corresponds to and mimics operations of equipment in the real infrastructure facility; attack toolware for use by a first team of people in mounting cyber attacks on the model facility ; operations and management toolware for use by a second team of people in operating the model facility and in defending the model facility against the cyber attacks mounted by the first team of people using the attack toolware; and attack toolware for use by a first team of people in mounting cyber attacks on the model facility ; operations and management toolware for use by a second team of people in operating the model facility and in defending the model facility against the cyber attacks mounted by the first team of people using the attack toolware; and a controller having a memory and operable to acquire and store in the memory a forensic record of cyber attacks mounted by the first team of people on the model facility and defense strategies undertaken by the second team of people to defend the model facility against the cyber attacks, wherein the forensic record comprises data indicative of at least one of human activity of the second team and physiological features of the second team.
A method for indicating a Time Division Duplex, TDD, configuration to a mobile station in a communication system, the TDD configuration defining uplink, downlink and special subframes for radio frames, wherein the method comprises the steps of: setting by a base station in the communication system a first value of an indicator in a first subframe i of a radio frame n and setting a second value of the indicator in a second subframe j of the same radio frame n to encode a TDD configuration, transmitting, by the base station, said radio frame including the indicator in the first subframe i and the indicator in the second subframe j, receiving, by the mobile station, said radio frame from the base station, and determining by the mobile station the first value of the indicator in the first subframe i and the second value of the indicator in the second subframe j and determining the TDD configuration based on the determined first and second value of the indicator. setting by a base station in the communication system a first value of an indicator in a first subframe i of a radio frame n and setting a second value of the indicator in a second subframe j of the same radio frame n to encode a TDD configuration, transmitting, by the base station, said radio frame including the indicator in the first subframe i and the indicator in the second subframe j, receiving, by the mobile station, said radio frame from the base station, and determining by the mobile station the first value of the indicator in the first subframe i and the second value of the indicator in the second subframe j and determining the TDD configuration based on the determined first and second value of the indicator.
A computer-implemented method comprising: receiving, at a processor, a stream of depth maps of the real-world environment captured by a mobile environment capture device ; calculating, from the depth maps, a 3D model comprising values representing surfaces in the real-world environment; storing the 3D model in a hierarchical structure comprising a root level node, a plurality of interior level nodes and a plurality of leaf nodes, the storing including allocating, for each of a plurality of levels of the hierarchical structure, a fixed size memory pool comprising a backing store which is a plurality of memory blocks each sized according to a voxel grid size used at that level of the hierarchy, and a free list, which is a queue of indices of the backing store memory blocks; wherein memory is taken for use as nodes are created using a ticketing process that uses the backing store and the free list; storing, at the root and interior nodes, metadata describing the hierarchical structure; storing at the leaf nodes, the values representing surfaces. receiving, at a processor, a stream of depth maps of the real-world environment captured by a mobile environment capture device ; calculating, from the depth maps, a 3D model comprising values representing surfaces in the real-world environment; storing the 3D model in a hierarchical structure comprising a root level node, a plurality of interior level nodes and a plurality of leaf nodes, the storing including allocating, for each of a plurality of levels of the hierarchical structure, a fixed size memory pool comprising a backing store which is a plurality of memory blocks each sized according to a voxel grid size used at that level of the hierarchy, and a free list, which is a queue of indices of the backing store memory blocks; wherein memory is taken for use as nodes are created using a ticketing process that uses the backing store and the free list; storing, at the root and interior nodes, metadata describing the hierarchical structure; storing at the leaf nodes, the values representing surfaces.
A method for operating an implantable device using ultrasonic waves, comprising, at the implantable device: receiving ultrasonic waves comprising an operating mode command comprising a first portion and a second portion; determining that the first portion of the operating mode command corresponds to a pattern from a plurality of predetermined patterns; and setting an operating mode of the implantable device to one operating mode from a plurality of operating modes based on the pattern, wherein the plurality of operating modes comprises a downlink mode for downloading data from the received ultrasonic waves and an uplink mode for uploading data generated at the implantable device to an external device using the received ultrasonic waves; wherein: when the pattern is associated with uploading data, the method comprises setting the operating mode to the uplink mode for uploading device data associated with the uplink mode; and backscattering the ultrasonic waves, wherein the backscattered ultrasonic waves encode the device data in a backscatter of the second portion of the operating mode command; and when the pattern is associated with downloading data, the method comprises setting the operating mode to the downlink mode for extracting data from the second portion of the operating mode command. receiving ultrasonic waves comprising an operating mode command comprising a first portion and a second portion; determining that the first portion of the operating mode command corresponds to a pattern from a plurality of predetermined patterns; and setting an operating mode of the implantable device to one operating mode from a plurality of operating modes based on the pattern, wherein the plurality of operating modes comprises a downlink mode for downloading data from the received ultrasonic waves and an uplink mode for uploading data generated at the implantable device to an external device using the received ultrasonic waves; wherein: when the pattern is associated with uploading data, the method comprises setting the operating mode to the uplink mode for uploading device data associated with the uplink mode; and backscattering the ultrasonic waves, wherein the backscattered ultrasonic waves encode the device data in a backscatter of the second portion of the operating mode command; and when the pattern is associated with downloading data, the method comprises setting the operating mode to the downlink mode for extracting data from the second portion of the operating mode command. when the pattern is associated with uploading data, the method comprises setting the operating mode to the uplink mode for uploading device data associated with the uplink mode; and backscattering the ultrasonic waves, wherein the backscattered ultrasonic waves encode the device data in a backscatter of the second portion of the operating mode command; and when the pattern is associated with downloading data, the method comprises setting the operating mode to the downlink mode for extracting data from the second portion of the operating mode command.
A pump cassette comprising: a rigid body comprising two opposing edge sections, an inlet port , an outlet port , and a controllable fluid pathway extending from the inlet port to the outlet port ; a slider coupled to the two opposing edge sections and longitudinally articulable along the two opposing edge sections with respect to the rigid body; and characterized by : a flow stop valve operably coupled to the controllable fluid pathway, wherein the flow stop valve is disposed on the rigid body such that longitudinal articulation of the slider along the two opposing edge sections causes a portion of the slider to actuate the flow stop valve , wherein the flow stop valve comprises a striker portion coupled to a membrane portion , wherein the portion of the slider is configured to depress the striker portion to urge the membrane portion to occlude fluid flow through the controllable fluid pathway, wherein the striker portion comprises a piece attached to the membrane portion , wherein the portion of the slider is configured to contact the piece to depress the piece when the slider is in a first position, and to align under a recess of the slider such that the slider does not contact the piece when the slider is in a second position. a rigid body comprising two opposing edge sections, an inlet port , an outlet port , and a controllable fluid pathway extending from the inlet port to the outlet port ; a slider coupled to the two opposing edge sections and longitudinally articulable along the two opposing edge sections with respect to the rigid body; and characterized by : a flow stop valve operably coupled to the controllable fluid pathway, wherein the flow stop valve is disposed on the rigid body such that longitudinal articulation of the slider along the two opposing edge sections causes a portion of the slider to actuate the flow stop valve , wherein the flow stop valve comprises a striker portion coupled to a membrane portion , wherein the portion of the slider is configured to depress the striker portion to urge the membrane portion to occlude fluid flow through the controllable fluid pathway, wherein the striker portion comprises a piece attached to the membrane portion , wherein the portion of the slider is configured to contact the piece to depress the piece when the slider is in a first position, and to align under a recess of the slider such that the slider does not contact the piece when the slider is in a second position.
A method comprising: receiving , with a terminal device, a selection of at least one recipient to receive a communication in a communication application; in response to receiving the selection of the at least one recipient, automatically identifying and presenting additional recipients to a user, the additional recipients including contacts who have been party to another communication in combination with the at least one selected recipient; and allowing the user to select one or more of the additional recipients to receive the communication. receiving , with a terminal device, a selection of at least one recipient to receive a communication in a communication application; in response to receiving the selection of the at least one recipient, automatically identifying and presenting additional recipients to a user, the additional recipients including contacts who have been party to another communication in combination with the at least one selected recipient; and allowing the user to select one or more of the additional recipients to receive the communication.
A composition comprising at least one biological control agent which is Bacillus subtilis AQ713 (NRRL Accession No. B-21661) and at least one insecticide selected from the group consisting of Beta-Cyfluthrin, Bifenthrin, Deltamethrin, Lambda-Cyhalothrin and Tefluthrin , in a synergistic weight ratio of biological control agent and insecticide of 1:10 to 20000:1.
Device for producing a garment which is formed from a plurality of part pieces, having - a textile supply means , having at least one textile web , - a printing means , by means of which the at least one textile web can be printed, - a feed means , through which the at least one textile web can be fed to the printing means , - a programmable control unit , by means of which the printing means can be controlled to print the textile web , wherein at least one part piece is printed, - a cutting means , by means of which the at least one textile web can be cut to form the part pieces, and - at least one sewing station , through which the part pieces can be joined to form the garment, and - a detection means is arranged between the cutting means and the at least one sewing station , which detection means detects the part pieces of a garment, and - a sorting device is provided which is connected to the detection means and brings the detected part pieces of a garment together and feeds them to the at least one sewing station , the device is characterised in that the printing means is adapted so that it has at least one priming head by means of which the textile can be two-dimensionally printed with a primer. - a textile supply means , having at least one textile web , - a printing means , by means of which the at least one textile web can be printed, - a feed means , through which the at least one textile web can be fed to the printing means , - a programmable control unit , by means of which the printing means can be controlled to print the textile web , wherein at least one part piece is printed, - a cutting means , by means of which the at least one textile web can be cut to form the part pieces, and - at least one sewing station , through which the part pieces can be joined to form the garment, and - a detection means is arranged between the cutting means and the at least one sewing station , which detection means detects the part pieces of a garment, and - a sorting device is provided which is connected to the detection means and brings the detected part pieces of a garment together and feeds them to the at least one sewing station , the device is characterised in that the printing means is adapted so that it has at least one priming head by means of which the textile can be two-dimensionally printed with a primer.