mhurhangee/ep-ind-claims huggingface dataset:
A method implemented by a receiving radio node, the method comprising: receiving a data block from a transmitting radio node; determining how many repetitions of the data block the receiving radio node needed or will need to combine in order to successfully decode the data block; based on said determining, generating feedback indicating how many repetitions of a data block transmission the receiving radio node needs to combine for successful data block decoding; and transmitting the feedback to the transmitting radio node, wherein the feedback is transmitted from the receiving radio node to the transmitting radio node only when the receiving radio node successfully decodes the data block either within a defined window of time since initial transmission of the data block or by combining a number of repetitions less than a defined threshold, wherein the threshold corresponds to a number of repetitions less than the number of repetitions that the transmitting radio node used to transmit a previous data block. receiving a data block from a transmitting radio node; determining how many repetitions of the data block the receiving radio node needed or will need to combine in order to successfully decode the data block; based on said determining, generating feedback indicating how many repetitions of a data block transmission the receiving radio node needs to combine for successful data block decoding; and transmitting the feedback to the transmitting radio node, wherein the feedback is transmitted from the receiving radio node to the transmitting radio node only when the receiving radio node successfully decodes the data block either within a defined window of time since initial transmission of the data block or by combining a number of repetitions less than a defined threshold, wherein the threshold corresponds to a number of repetitions less than the number of repetitions that the transmitting radio node used to transmit a previous data block.
A hydraulic system comprising a pressure source, an output, and a pressure booster arranged between the pressure source and the output, wherein hydraulic inactivating means are provided inactivating or activating said pressure booster, wherein the inactivating means comprises a valve, which is arranged in a line connecting a booster input and a booster output, characterized in that a hydraulic signal line is connected to the pressure source upstream from said line connecting the booster input and the booster output and to a signal input of said valve, wherein an actuating valve is arranged in the signal line.
A neuromodulation system, comprising: a plurality of electrical terminals configured for being respectively coupled to a plurality of electrodes; modulation output circuitry configured for delivering electrical energy to the electrical terminals in accordance with at least one modulation parameter; and control circuitry configured for controlling the modulation output circuitry to provide a sub-threshold therapy to a patient, including delivering the electrical energy at a sub-threshold level such that the delivered electrical energy is not perceived by the patient but is therapeutically effective for the sub-threshold therapy, wherein the control circuitry is configured to pseudo-randomly vary a current value of the at least one modulation parameter based on a previous value of the at least one modulation parameter, wherein the current value of the at least one modulation parameter is pseudo-randomly varied within a limited range of values to continually maintain the delivered electrical energy at the sub-threshold level in which the delivered electrical energy is therapeutically effective for the sub-threshold therapy that is not perceived by the patient. a plurality of electrical terminals configured for being respectively coupled to a plurality of electrodes; modulation output circuitry configured for delivering electrical energy to the electrical terminals in accordance with at least one modulation parameter; and control circuitry configured for controlling the modulation output circuitry to provide a sub-threshold therapy to a patient, including delivering the electrical energy at a sub-threshold level such that the delivered electrical energy is not perceived by the patient but is therapeutically effective for the sub-threshold therapy, wherein the control circuitry is configured to pseudo-randomly vary a current value of the at least one modulation parameter based on a previous value of the at least one modulation parameter, wherein the current value of the at least one modulation parameter is pseudo-randomly varied within a limited range of values to continually maintain the delivered electrical energy at the sub-threshold level in which the delivered electrical energy is therapeutically effective for the sub-threshold therapy that is not perceived by the patient.
A method for delegating content processing, the method being implemented by a mobile device (110, 310) and comprising: determining a plurality of content requests for an online page, each one of the content requests corresponding to a different content item of the online page; detecting a plurality of delegate computing devices (320-1..320-N) to which to delegate the content requests, the plurality of delegate computing devices (320-1..320-N) comprising a plurality of mobile devices; transmitting a corresponding one of the content requests to each one of the delegate computing devices (320-1..320-N), each corresponding one of the content requests being configured to trigger the corresponding delegate computing device (320-1..320-N) to retrieve the corresponding content item of the corresponding one of the content requests from a server hosting the online page, render the corresponding content item, and transmit the rendered content item to the mobile device (110, 310); receiving the corresponding rendered content item from each one of the delegate computing device (320-1..320-N); and displaying the online page, the display of the online page comprising the corresponding rendered content items from the delegate computing devices (320-1..320-N). determining a plurality of content requests for an online page, each one of the content requests corresponding to a different content item of the online page; detecting a plurality of delegate computing devices (320-1..320-N) to which to delegate the content requests, the plurality of delegate computing devices (320-1..320-N) comprising a plurality of mobile devices; transmitting a corresponding one of the content requests to each one of the delegate computing devices (320-1..320-N), each corresponding one of the content requests being configured to trigger the corresponding delegate computing device (320-1..320-N) to retrieve the corresponding content item of the corresponding one of the content requests from a server hosting the online page, render the corresponding content item, and transmit the rendered content item to the mobile device (110, 310); receiving the corresponding rendered content item from each one of the delegate computing device (320-1..320-N); and displaying the online page, the display of the online page comprising the corresponding rendered content items from the delegate computing devices (320-1..320-N).
A dosing unit for automatically dosing at least one detergent tablet provided by a storage cartridge for storing a plurality of detergent tablets, for use in an automatic dosing system of a water-bearing household appliance, wherein the dosing unit comprises a storage cartridge and a dosing device; wherein the storage cartridge comprises a container with a bottom side forming an inclination angle with a horizontal direction when the dosing unit is arranged as intended for use, wherein an outlet is formed in the container at a lower end of the bottom side, such that detergent tablets on the bottom side move towards the outlet driven by gravity, characterized in that the dosing device is attached to the storage cartridge on the outlet, the dosing device including a scoop and a plug, wherein the scoop is configured to separate a detergent tablet from the plurality and transport the separated detergent tablet to a receiving chamber formed in the plug when the scoop is turned in a first turning direction about a rotational axis that is parallel to the bottom side, and the plug is configured to release the detergent tablet from the receiving chamber in a release position; and wherein the plug has an external thread that engages with an internal thread of the dosing device such that, when the plug is rotated relative to the dosing device in a first rotation direction about the rotational axis, the plug is moved from a closed position to the release position by being displaced laterally away from the scoop, and, when the plug is rotated relative to the dosing device in a second rotation direction oppositely the first rotation direction about the rotational axis, the plug is moved from the release position to the closed position by being displaced laterally towards the scoop.
An aqueous suspension comprising a solubilized phosphite salt at 10-70 % (w/w), insolubilized lignosulfonate at 2-30 % (w/w), a dodecyl sulfate salt as an insolubilized anionic surfactant at 0.5-10 % (w/w), and an ethylene oxide/propylene oxide block copolymer at 0.2-5 % (w/w).
A structural support member for a harness for breathing apparatus, the structural support member being generally elongate and arranged in use to support a cylinder of breathable gas, the structural support member comprising: a frame having: a lower portion arranged in use to support a first end of a cylinder; and an upper portion arranged in use to support a second opposed end of the cylinder; wherein the frame further comprises: first and second side limbs (26, 36) coupling the upper and lower portions (11, 40) and defining a void therebetween, in a substantially central region of the frame, at least one of the first and second side limbs (26, 36) has a guide channel (25, 35) for accommodating a flexible conduit (150, 152); and wherein the void is arranged such that in use it can accommodate a portion of a wearer's back/spine when the wearer bends his back/spine. a lower portion arranged in use to support a first end of a cylinder; and an upper portion arranged in use to support a second opposed end of the cylinder; wherein the frame further comprises: first and second side limbs (26, 36) coupling the upper and lower portions (11, 40) and defining a void therebetween, in a substantially central region of the frame, at least one of the first and second side limbs (26, 36) has a guide channel (25, 35) for accommodating a flexible conduit (150, 152); and wherein the void is arranged such that in use it can accommodate a portion of a wearer's back/spine when the wearer bends his back/spine. first and second side limbs (26, 36) coupling the upper and lower portions (11, 40) and defining a void therebetween, in a substantially central region of the frame, at least one of the first and second side limbs (26, 36) has a guide channel (25, 35) for accommodating a flexible conduit (150, 152); and wherein the void is arranged such that in use it can accommodate a portion of a wearer's back/spine when the wearer bends his back/spine.
A method for reducing corrosion of a fluidized bed superheater of a circulating fluidized bed boiler, which fluidized bed superheater comprises a superheater piping, which comprises a steam pipe, where the steam to be superheated is directed to, characterized in that the steam pipe is separated by a protective shell, whose surface temperature rises above a critical temperatures (T k2), which temperature is substantially higher than the temperature of the steam, and above which temperature in the flue gas space the compounds from the fuel are substantially in a gaseous form.
An apparatus for melting and expressing material from blocked glands in a mammalian eyelid having a body housing a heater in thermal communication with a massaging bobbin having a plurality of massaging elements extending therefrom and adapted so that, in use, the bobbin heats the eyelid and rotates so that the massaging elements move parallel to the lash line across the eyelid and the massaging elements are shaped and positioned on the bobbin so that they exert a massaging force perpendicular to the lash line to express material from the glands.
Footboard, in particular for a garbage truck, comprising a platform and a frame, the platform being mounted on the frame so as to be pivotable about an axis of rotation so that it can assume a rest position and a working position, the platform being movable from the rest position to the working position and vice versa by a drive, the drive being automatically activable by the platform being briefly deflected from its rest position or working position, an actuator that has a gear transmission being provided as the drive, and the gear transmission having at least one gear element which is connected to a rotary shaft for pivoting the platform in order to move said platform, characterized in that the gear element has an opening through which a pin passes and which engages in a corresponding pocket in a platform holder, the opening and/or the pocket having a circular arc shape.
A measuring device, the device including a processor communicatively coupled to the skin contact sensor and a sweat vapor sensor, the processor configured to confirm operation of the measuring device based on one or more aspects measured by the skin contact sensor, and the sweat vapor sensor receiving the sweat vapor, wherein the measuring device comprises the sweat vapor sensor configured to measure one or more properties of sweat vapor of the user; the skin contact sensor configured to measure one or more aspects indicative of whether the measuring device is in contact with skin of the user of the measuring device; and a storage device configured to store historic readings of the skin contact sensor; characterized in that the processor is configured to: confirm operation of the measuring device based on a reading of the skin contact sensor being within a threshold; and adjust the threshold for the user based on the historic readings of the skin contact sensor; select the historic readings to adjust the threshold based on corresponding readings from the sweat vapor sensor indicating that a target property of the one or more properties of the sweat vapor was present when the historic readings were taken. the sweat vapor sensor configured to measure one or more properties of sweat vapor of the user; the skin contact sensor configured to measure one or more aspects indicative of whether the measuring device is in contact with skin of the user of the measuring device; and a storage device configured to store historic readings of the skin contact sensor; characterized in that the processor is configured to: confirm operation of the measuring device based on a reading of the skin contact sensor being within a threshold; and adjust the threshold for the user based on the historic readings of the skin contact sensor; select the historic readings to adjust the threshold based on corresponding readings from the sweat vapor sensor indicating that a target property of the one or more properties of the sweat vapor was present when the historic readings were taken. confirm operation of the measuring device based on a reading of the skin contact sensor being within a threshold; and adjust the threshold for the user based on the historic readings of the skin contact sensor; select the historic readings to adjust the threshold based on corresponding readings from the sweat vapor sensor indicating that a target property of the one or more properties of the sweat vapor was present when the historic readings were taken.
A system, comprising: a neuromodulation catheter comprising- an elongated shaft having a distal portion and a proximal portion, wherein the distal portion is configured to be positioned at a target site in a blood vessel of a human patient; and a plurality of electrodes spaced along the distal portion of the shaft; and a controller configured to be communicatively coupled to the electrodes, wherein the controller is further configured to- apply a first stimulus at and/or proximate to the target site within the blood vessel; detect, via at least one of the electrodes, vessel impedance resulting from the first stimulus to determine a baseline impedance; deliver neuromodulation energy to the target site within the blood vessel of the human patient via the distal portion of the shaft; apply a second stimulus at and/or proximate to the target site within the blood vessel after delivering the neuromodulation energy; detect, via at least one of the electrodes, vessel impedance resulting from the second stimulus to determine a post-neuromodulation impedance; and assess efficacy of the neuromodulation based at least in part on a comparison of the baseline impedance and the post-neuromodulation impedance. a neuromodulation catheter comprising- an elongated shaft having a distal portion and a proximal portion, wherein the distal portion is configured to be positioned at a target site in a blood vessel of a human patient; and a plurality of electrodes spaced along the distal portion of the shaft; and a controller configured to be communicatively coupled to the electrodes, wherein the controller is further configured to- apply a first stimulus at and/or proximate to the target site within the blood vessel; detect, via at least one of the electrodes, vessel impedance resulting from the first stimulus to determine a baseline impedance; deliver neuromodulation energy to the target site within the blood vessel of the human patient via the distal portion of the shaft; apply a second stimulus at and/or proximate to the target site within the blood vessel after delivering the neuromodulation energy; detect, via at least one of the electrodes, vessel impedance resulting from the second stimulus to determine a post-neuromodulation impedance; and assess efficacy of the neuromodulation based at least in part on a comparison of the baseline impedance and the post-neuromodulation impedance.
A surgical evacuation system, comprising: a display; a pump; a motor operably coupled to said pump; a flow path fluidically coupled to said pump; a sensor system comprising an external sensor configured to monitor a parameter of a fluid exiting said flow path, wherein said parameter is an air quality parameter; and a control circuit configured to: interrogate said external sensor for a baseline air quality parameter, wherein the baseline air quality parameter is indicative of the air quality of an operating room prior to the surgical procedure; interrogate said external sensor for a detected air quality parameter after the processor has determined that a surgical procedure is occurring; provide an alert when the detected air quality parameter exceeds a threshold value; increase the speed of the motor if the detected air quality parameter is lower than the baseline air quality; maintain the speed of the motor if the detected air quality parameter is the same as the baseline air quality; and maintain or decrease the speed of the motor if the detected air quality parameter is lower than the baseline air quality. a display; a pump; a motor operably coupled to said pump; a flow path fluidically coupled to said pump; a sensor system comprising an external sensor configured to monitor a parameter of a fluid exiting said flow path, wherein said parameter is an air quality parameter; and a control circuit configured to: interrogate said external sensor for a baseline air quality parameter, wherein the baseline air quality parameter is indicative of the air quality of an operating room prior to the surgical procedure; interrogate said external sensor for a detected air quality parameter after the processor has determined that a surgical procedure is occurring; provide an alert when the detected air quality parameter exceeds a threshold value; increase the speed of the motor if the detected air quality parameter is lower than the baseline air quality; maintain the speed of the motor if the detected air quality parameter is the same as the baseline air quality; and maintain or decrease the speed of the motor if the detected air quality parameter is lower than the baseline air quality. interrogate said external sensor for a baseline air quality parameter, wherein the baseline air quality parameter is indicative of the air quality of an operating room prior to the surgical procedure; interrogate said external sensor for a detected air quality parameter after the processor has determined that a surgical procedure is occurring; provide an alert when the detected air quality parameter exceeds a threshold value; increase the speed of the motor if the detected air quality parameter is lower than the baseline air quality; maintain the speed of the motor if the detected air quality parameter is the same as the baseline air quality; and maintain or decrease the speed of the motor if the detected air quality parameter is lower than the baseline air quality.
Use of a sintered body for cutting a nickel-based heat-resistance alloy, the sintered body comprising: cubic boron nitride grains as hard phase grains; a binder; and different-type hard phase grains including at least one selected from the group consisting of silicon nitride and SiAION as the hard phase grains other than the cubic boron nitride grains, the sintered body having a thermal conductivity of not less than 15 W·m -1 ·K -1 and not more than 40 W·m -1 ·K -1, the thermal conductivity being calculated by multiplying a thermal diffusivity by a specific heat and a density of the sintered body, the thermal diffusivity and the specific heat being measured with a laser-flash-method thermal constant measuring apparatus by using a sample with a diameter of 18 mm and a thickness of 1 mm being cut from the sintered body, the nickel-based heat-resistant alloy being formed of crystal grains having a fine grain size represented by a grain size number of more than 5 defined by American Society for Testing and Materials standard E112-13. cubic boron nitride grains as hard phase grains; a binder; and different-type hard phase grains including at least one selected from the group consisting of silicon nitride and SiAION as the hard phase grains other than the cubic boron nitride grains, the sintered body having a thermal conductivity of not less than 15 W·m -1 ·K -1 and not more than 40 W·m -1 ·K -1, the thermal conductivity being calculated by multiplying a thermal diffusivity by a specific heat and a density of the sintered body, the thermal diffusivity and the specific heat being measured with a laser-flash-method thermal constant measuring apparatus by using a sample with a diameter of 18 mm and a thickness of 1 mm being cut from the sintered body, the nickel-based heat-resistant alloy being formed of crystal grains having a fine grain size represented by a grain size number of more than 5 defined by American Society for Testing and Materials standard E112-13.
An inflatable structure transformable between a deflated state and an inflated state, the inflatable structure comprising a drop stitch fabric having a first layer and a second layer tethered by drop stitches, the inflatable structure being provided with, along at least a portion of an edge of the drop stitch fabric, an edge fixation line and an at least first inner fixation line at an at least first margin from the edge, the edge fixation line and the at least first inner fixation line comprising coupling means (51, 61) fixating the first layer to the second layer, wherein the inflatable structure is provided with, between the edge fixation line and the at least first inner fixation line, a non-inflatable connectable element.