mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: a stimulation generator configured to deliver a stimulation pulse to a patient; sensing circuitry configured to sense an evoked compound action potential (ECAP) signal evoked from the stimulation pulse; and processing circuitry configured to: determine a maximum value of a derivative of the ECAP signal; determine a minimum value of the derivative of the ECAP signal; determine, based on the maximum value of the derivative and the minimum value of the derivative, a characteristic value of the ECAP signal; and determine, based on the characteristic value of the ECAP signal, at least one parameter value at least partially defining electrical stimulation therapy to be delivered to the patient. a stimulation generator configured to deliver a stimulation pulse to a patient; sensing circuitry configured to sense an evoked compound action potential (ECAP) signal evoked from the stimulation pulse; and processing circuitry configured to: determine a maximum value of a derivative of the ECAP signal; determine a minimum value of the derivative of the ECAP signal; determine, based on the maximum value of the derivative and the minimum value of the derivative, a characteristic value of the ECAP signal; and determine, based on the characteristic value of the ECAP signal, at least one parameter value at least partially defining electrical stimulation therapy to be delivered to the patient. determine a maximum value of a derivative of the ECAP signal; determine a minimum value of the derivative of the ECAP signal; determine, based on the maximum value of the derivative and the minimum value of the derivative, a characteristic value of the ECAP signal; and determine, based on the characteristic value of the ECAP signal, at least one parameter value at least partially defining electrical stimulation therapy to be delivered to the patient.
A media stream relay device for connecting a circuit switching network and a packet switching network to transmit data streams for a plurality of media, which comprises; packet control means (11, 12, 13) provided for said plurality of media respectively for receiving packets of the respective media from said packet switching network and extracting data streams for the respective media; stream processing means (14, 15, 16, 19) for processing respective data streams extracted by said packet control means for transmitting through said circuit switching network; and a multiplexer for multiplexing data streams processed by said stream processing means for transmitting to said circuit switching network; which is characterized in that; said stream processing means (14, 15, 16, 19) include an audio control means (16, 19) for adjusting an output timing of an audio stream if the data amount of said audio stream is not enough for continuous transmission in said circuit switching network; and said audio control means includes a means (18, 20) for adjusting said output timing in accordance with at least one of header information of at least one of previous audio packets from which the previous audio stream is extracted, frame information of the previous audio stream, header information of at least one of next audio packets from which the next audio stream is extracted, and frame information of the next audio stream.
A method for performing, by a user equipment, UE, a beam-related reporting in a wireless communication system, the method comprising: receiving, from a base station, resource setting information, wherein the resource setting information includes a plurality of resource configurations for a plurality of channel state information-reference signal, CSI-RS, resources, with each resource configuration corresponding to each CSI-RS resource; wherein the plurality of CSI-RS resources comprise i) a non-zero power CSI-RS resource, ii) a zero power CSI-RS resource, and iii) a non-zero power CSI-RS resource for interference, wherein based on the plurality of CSI-RS resources being configured for a beam management, each of the plurality of resource configurations includes indication information for a subcarrier location of each CSI-RS resource, and wherein a resource configuration corresponding to the non-zero power CSI-RS resource for interference includes an indicator indicating that the non-zero power CSI-RS resource for interference is related to interference cancellation; receiving, from the base station, the plurality of CSI-RS resources based on the resource setting information, wherein the plurality of CSI-RS resources are repeatedly received via different reception, RX, beam candidates of the UE; and transmitting, to the base station, a beam-related report generated based on the plurality of CSI-RS resources. receiving, from a base station, resource setting information, wherein the resource setting information includes a plurality of resource configurations for a plurality of channel state information-reference signal, CSI-RS, resources, with each resource configuration corresponding to each CSI-RS resource; wherein the plurality of CSI-RS resources comprise i) a non-zero power CSI-RS resource, ii) a zero power CSI-RS resource, and iii) a non-zero power CSI-RS resource for interference, wherein based on the plurality of CSI-RS resources being configured for a beam management, each of the plurality of resource configurations includes indication information for a subcarrier location of each CSI-RS resource, and wherein a resource configuration corresponding to the non-zero power CSI-RS resource for interference includes an indicator indicating that the non-zero power CSI-RS resource for interference is related to interference cancellation; receiving, from the base station, the plurality of CSI-RS resources based on the resource setting information, wherein the plurality of CSI-RS resources are repeatedly received via different reception, RX, beam candidates of the UE; and transmitting, to the base station, a beam-related report generated based on the plurality of CSI-RS resources.
A system for use in a bariatric surgical procedure, comprising: a sleeve gastrectomy device having a proximal end and a distal end and defining a channel therebetween, the proximal end defining an opening therein configured to be coupled with a vacuum source, the distal end having a blunt tip, wherein the sleeve gastrectomy device has a series of openings defined along its length in communication with the channel; and at least one reinforcement scaffold; characterised in that the at least one reinforcement scaffold includes: a first reinforcement scaffold shaped to be wrapped around a first longitudinal section of a stomach; and a second reinforcement scaffold shaped to be wrapped around a second longitudinal section of a stomach, the first reinforcement scaffold and the second reinforcement scaffold being configured to maintain the reduced size of the stomach. a sleeve gastrectomy device having a proximal end and a distal end and defining a channel therebetween, the proximal end defining an opening therein configured to be coupled with a vacuum source, the distal end having a blunt tip, wherein the sleeve gastrectomy device has a series of openings defined along its length in communication with the channel; and at least one reinforcement scaffold; characterised in that the at least one reinforcement scaffold includes: a first reinforcement scaffold shaped to be wrapped around a first longitudinal section of a stomach; and a second reinforcement scaffold shaped to be wrapped around a second longitudinal section of a stomach, the first reinforcement scaffold and the second reinforcement scaffold being configured to maintain the reduced size of the stomach. a first reinforcement scaffold shaped to be wrapped around a first longitudinal section of a stomach; and a second reinforcement scaffold shaped to be wrapped around a second longitudinal section of a stomach, the first reinforcement scaffold and the second reinforcement scaffold being configured to maintain the reduced size of the stomach.
A method of fabricating a hardware logic implementation of an operation to multiply an input value by a predetermined invariant rational, the hardware logic implementation satisfying a defined error bound, wherein the invariant rational takes the form of 1/d or P/Q, where d is a positive, odd integer greater than one, P and Q are co-prime integers, and Q is not a power of two, the method comprising: determining, in a synthesizer module, that a binary expansion of the predetermined invariant rational comprises two adjacent non-zero bits; in response to determining that the binary expansion of the predetermined invariant rational comprises two adjacent non-zero bits, in the synthesizer module, truncating the binary expansion, converting the truncated binary expansion into canonical signed digit notation and expanding the canonical signed digit representation into a finite representation of an infinite expansion; generating, in the synthesizer module, a single, truncated summation array from the finite representation of the infinite expansion by discarding one or more repeating sections of the array based upon the defined error bound; and generating, in the synthesizer module, a hardware representation implementing the single, truncated summation array, wherein, as a result of implementing the array, the generated hardware representation is the hardware logic implementation of the operation to multiply an input value by the predetermined invariant rational and satisfies the defined error bound. determining, in a synthesizer module, that a binary expansion of the predetermined invariant rational comprises two adjacent non-zero bits; in response to determining that the binary expansion of the predetermined invariant rational comprises two adjacent non-zero bits, in the synthesizer module, truncating the binary expansion, converting the truncated binary expansion into canonical signed digit notation and expanding the canonical signed digit representation into a finite representation of an infinite expansion; generating, in the synthesizer module, a single, truncated summation array from the finite representation of the infinite expansion by discarding one or more repeating sections of the array based upon the defined error bound; and generating, in the synthesizer module, a hardware representation implementing the single, truncated summation array, wherein, as a result of implementing the array, the generated hardware representation is the hardware logic implementation of the operation to multiply an input value by the predetermined invariant rational and satisfies the defined error bound.
Probe holder (1, 2, 3, 4) for a measuring instrument for measuring a measurement value of a fluid flowing through a pipe, having an access element which can be fitted to an opening in a wall, wherein the access element has at least a portion of a continuous access opening, which is constructed for inserting the measuring instrument into the opening, and having a retention element (7, 7A, 7B) which is constructed to secure the probe holder (1, 2, 3, 4) to the wall of the pipe, characterized in that an arresting element is arranged so as to be able to be moved by means of an actuatable handle (10, 11, 12) relative to the access element between a first position and a second position, wherein the arresting element cooperates with the retention element (7, 7A, 7B) in such a manner that in the first position a state which fixes the securing is defined and in the second position a state which releases the securing is defined, in that, as a result of the relative movement of the arresting element in the direction toward the access element, a force acts via the retention element (7, 7A, 7B) on the wall of the pipe and fixedly secures the probe holder (1, 2, 3, 4) to the wall, in that the access element forms at least a portion of an access channel for receiving the measuring instrument, in that the arresting element is arranged outside the access channel, and in that the arresting element is arranged so as to be able to be moved relative to the access element in an insertion direction of the access opening along a longitudinal axis of the access channel between the first position and the second position, wherein the handle (10, 11, 12) is accessible for actuation from outside the pipe when the measuring instrument is inserted.
A traveling route determination apparatus for determining a traveling route of a work machine in a work region, characterized by comprising: obtaining means for obtaining geographical information of the work region; evaluating means (S 1062, S1063) for evaluating a height difference of the work region based on the geographical information; and determining means for determining a traveling route of the work machine from a current position to a destination in the work region based on the height differences, wherein the geographical information contains coordinate information given to each of a plurality of regions obtained by virtually dividing the work region, the evaluating means (S1062,S1063) evaluates a moving cost (C BA) when the work machine moves between two adjacent regions of the plurality of regions, based on an inclination angle between the two adjacent regions obtained from the coordinate information, the determining means determines a traveling route from the current position to the destination, by calculating a sum of the moving costs (C BA) for each route passing some of the plurality of regions from the current position to the destination, and by selecting one route whose sum of the moving costs (C BA) is minimized, based on the calculation result, and a region having an undulation, among the plurality of regions, is virtually divided into a smaller-sized one than the others. obtaining means for obtaining geographical information of the work region; evaluating means (S 1062, S1063) for evaluating a height difference of the work region based on the geographical information; and determining means for determining a traveling route of the work machine from a current position to a destination in the work region based on the height differences, wherein the geographical information contains coordinate information given to each of a plurality of regions obtained by virtually dividing the work region, the evaluating means (S1062,S1063) evaluates a moving cost (C BA) when the work machine moves between two adjacent regions of the plurality of regions, based on an inclination angle between the two adjacent regions obtained from the coordinate information, the determining means determines a traveling route from the current position to the destination, by calculating a sum of the moving costs (C BA) for each route passing some of the plurality of regions from the current position to the destination, and by selecting one route whose sum of the moving costs (C BA) is minimized, based on the calculation result, and a region having an undulation, among the plurality of regions, is virtually divided into a smaller-sized one than the others.
A battery charging method, comprising: charging a battery based on a charging profile; and in response to a charging termination event occurring, wherein the charging termination event occurs when a voltage of the battery reaches a threshold voltage or when a current of the battery reaches a termination current, terminating the charging of the battery, characterised in that the charging profile is determined using weight information derived based on battery characteristic information and a basic charging profile, wherein the basic charging profile includes a charging profile in which a charging current changes stepwise based on a state of charge, SOC, of a reference battery, or a constant current-constant voltage, CCCV, based charging profile, wherein the battery characteristic information includes a value associated with an ion diffusivity in the reference battery based on a SOC of the reference battery, and wherein the weight information is derived using a modulation rate and at least one characteristic value in an SOC interval of the determined battery characteristic information. charging a battery based on a charging profile; and in response to a charging termination event occurring, wherein the charging termination event occurs when a voltage of the battery reaches a threshold voltage or when a current of the battery reaches a termination current, terminating the charging of the battery, characterised in that the charging profile is determined using weight information derived based on battery characteristic information and a basic charging profile, wherein the basic charging profile includes a charging profile in which a charging current changes stepwise based on a state of charge, SOC, of a reference battery, or a constant current-constant voltage, CCCV, based charging profile, wherein the battery characteristic information includes a value associated with an ion diffusivity in the reference battery based on a SOC of the reference battery, and wherein the weight information is derived using a modulation rate and at least one characteristic value in an SOC interval of the determined battery characteristic information.
A septum (22; 122) for sealably covering a fluid cavity defined in an implantable device, comprising: a resilient septum body; and a reinforcement component characterised in that the reinforcement component is disposed in the septum body proximate a periphery thereof for reinforcing engagement of the periphery with a corresponding groove defined about an opening to the fluid cavity of the medical device so as to inhibit unintended detachment of the septum from the medical device, enabling employment of an integral access port body of single piece construction. a resilient septum body; and a reinforcement component characterised in that the reinforcement component is disposed in the septum body proximate a periphery thereof for reinforcing engagement of the periphery with a corresponding groove defined about an opening to the fluid cavity of the medical device so as to inhibit unintended detachment of the septum from the medical device, enabling employment of an integral access port body of single piece construction.
A controller (10; 20) for providing control commands associated with at least one of an alternating current power bus and a direct current power bus, the controller comprising: at least a first input for receiving DC power from a DC power bus (DC Input); a power supply circuit (14; 24) connected to the first input to receive DC power that is used to power the controller (10; 20); and a power interrupt bridge circuit (12; 22) connected to monitor a voltage provided by the DC power bus (DC Input) and in response to the monitored voltage being less than a threshold value supplies power to the power supply circuit (14; 24) from a DC emergency power source for only a defined time period to ensure the controller remains powered, characterised in that the power interrupt bridge circuit (12; 22) comprises a time constant selector (34; 44) that stores the defined time period (k) which is sufficient to allow the controller (10; 20) to provide emergency commands necessary to transition the power distribution system to the desired safe operating mode or emergency operating mode and to connect essential buses and/or loads to emergency power sources such as a RAM Air Turbine generator without fully depleting the DC emergency power source (DC_EMER). at least a first input for receiving DC power from a DC power bus (DC Input); a power supply circuit (14; 24) connected to the first input to receive DC power that is used to power the controller (10; 20); and a power interrupt bridge circuit (12; 22) connected to monitor a voltage provided by the DC power bus (DC Input) and in response to the monitored voltage being less than a threshold value supplies power to the power supply circuit (14; 24) from a DC emergency power source for only a defined time period to ensure the controller remains powered, characterised in that the power interrupt bridge circuit (12; 22) comprises a time constant selector (34; 44) that stores the defined time period (k) which is sufficient to allow the controller (10; 20) to provide emergency commands necessary to transition the power distribution system to the desired safe operating mode or emergency operating mode and to connect essential buses and/or loads to emergency power sources such as a RAM Air Turbine generator without fully depleting the DC emergency power source (DC_EMER).
Herbicide combination comprising as component pelargonic acid and as component at least one ALS inhibitor which is flazasulfuron, where the weight ratio of components and is in the range from 200:1 to 12.5:1. as component pelargonic acid and as component at least one ALS inhibitor which is flazasulfuron, where the weight ratio of components and is in the range from 200:1 to 12.5:1.
A sheet for molding comprising a nonwoven fabric and a resin layer laminated on the nonwoven fabric, wherein the nonwoven fabric comprises a fiber having a birefringence Δn of 0.005 or more and 0.050 or less; and the resin layer comprises a resin having a number average molecular weight of 5,000 or more and 150,000 or less, and has an infiltrating portion infiltrating into the nonwoven fabric and a non-infiltrating portion not infiltrating into the nonwoven fabric, wherein the number average molecular weight is determined as outlined in the description. the nonwoven fabric comprises a fiber having a birefringence Δn of 0.005 or more and 0.050 or less; and the resin layer comprises a resin having a number average molecular weight of 5,000 or more and 150,000 or less, and has an infiltrating portion infiltrating into the nonwoven fabric and a non-infiltrating portion not infiltrating into the nonwoven fabric, wherein the number average molecular weight is determined as outlined in the description.
A cell-penetrating peptide characterized in that it comprises an amino acid sequence X 1 X 2 X 3 WWX 4 X 5 WAX 6 X 3 X 7 X 8 X 9 X 10 X 11 X 12 WX 13 R (SEQ ID No: 10), wherein X 1 is beta-A or S, X 2 is L or none, X 3 is R or none, X 4 is L, R, or G, X 5 is R, W, or S, X 6 is S, P, or T, X 7 is W or P, X 8 is F, A, or R, X 9 is S, L, P, or R, X 10 is R or S, X 11 is W or none, X 12 is A, R, or none, and X 13 is W or F, and wherein if X 3 is none, then X 2, X 11, and X 12 are none as well.
A reduction agent doser for use in an emissions control system for an internal combustion engine, said reduction agent doser comprising a tubular housing with an inside diameter; a target plate is positioned crosswise in said housing and terminating at a distance from said inside diameter of said housing, said target plate directing a flow of exhaust gas in a radially outward direction; a baffle positioned crosswise in said housing downstream from said target plate, said baffle terminating at said inside diameter of said housing and including a center opening for directing a flow of exhaust gas in a radially inward direction; and a diffuser plate located downstream from said baffle, said diffuser plate terminating at said inside diameter of said housing characterized in that said center opening has an inside diameter which is smaller than an outside diameter of said target plate.
A method for monitoring a graphical task such as an image refresh, for an electronic module of multimedia interface such as a display, wherein performing the graphical task comprises communicating an image refresh signal to the multimedia interface module, the image refresh signal being a control signal typically accompanied with graphical data, said method comprising waiting for performing the task, timing the wait clocked by a clock signal (TTEV), and at least generating an alert signal if timing the wait has exceeded a reference value.
A nanostructured material comprising a polymeric matrix and a nanoscale dispersed phase, exhibiting a random anisotropic nanostructured surface, and exhibiting an average reflection at 60 degrees off angle less than 1 percent.