mhurhangee/patent-ind-claim-en huggingface dataset:
A system for remote user navigation of content displayed with a display, the system comprising: a user input device configured to: detect a user movement, wherein the user movement comprises a first direction and a first speed, wherein the user movement is a finger swipe on a touch screen of the user input device ; and communicate information based at least in part on the first direction and the first speed; and a media device configured to receive communications from the user input device , wherein the media device is constructed and arranged to: process the information from the user input device ; and output content to a display in accordance with a navigation operation, wherein the navigation operation comprises scrolling the displayed content in a direction based at least in part on the first direction and at a first scroll speed based on first speed of the user movement, and characterized in that the displayed content comprises recorded video content and the scrolling is a fast forward or rewind operation, and in that the content is moved continuously at the first scroll speed whilst the user maintains finger contact with the touch screen , and when the user removes finger contact, the displayed video content rolls back a certain number of frames of the video content to account for the user response time. a user input device configured to: detect a user movement, wherein the user movement comprises a first direction and a first speed, wherein the user movement is a finger swipe on a touch screen of the user input device ; and communicate information based at least in part on the first direction and the first speed; and detect a user movement, wherein the user movement comprises a first direction and a first speed, wherein the user movement is a finger swipe on a touch screen of the user input device ; and communicate information based at least in part on the first direction and the first speed; and a media device configured to receive communications from the user input device , wherein the media device is constructed and arranged to: process the information from the user input device ; and output content to a display in accordance with a navigation operation, wherein the navigation operation comprises scrolling the displayed content in a direction based at least in part on the first direction and at a first scroll speed based on first speed of the user movement, and process the information from the user input device ; and output content to a display in accordance with a navigation operation, wherein the navigation operation comprises scrolling the displayed content in a direction based at least in part on the first direction and at a first scroll speed based on first speed of the user movement, and characterized in that the displayed content comprises recorded video content and the scrolling is a fast forward or rewind operation, and in that the content is moved continuously at the first scroll speed whilst the user maintains finger contact with the touch screen , and when the user removes finger contact, the displayed video content rolls back a certain number of frames of the video content to account for the user response time.
A method performed by a wireless device for enhanced channel occupancy sharing with a network node for random access, RA, and physical uplink control channel, PUCCH, in an unlicensed spectrum, the method comprising: for a first transmission of a procedure, of a RA procedure and a transmission procedure on PUCCH, selecting , based on configuration, a first channel sensing procedure for determining availability of a channel in the unlicensed spectrum; based on the first channel sensing procedure, determining that the channel in the unlicensed spectrum is available; in response to determining that the channel in the unlicensed spectrum is available: determining a maximum channel occupancy time, MCOT, duration associated with the first channel sensing procedure, the MCOT duration comprising an amount of time in which the wireless device and the network node are allowed to transmit on the channel in the unlicensed spectrum for the procedure; and transmitting the first transmission during the MCOT duration; and receiving a second transmission from the network node, the second transmission comprising a first listen-before-talk, LBT, scheme for a third transmission from the wireless device associated with the procedure, of the RA procedure and the transmission procedure on PUCCH. for a first transmission of a procedure, of a RA procedure and a transmission procedure on PUCCH, selecting , based on configuration, a first channel sensing procedure for determining availability of a channel in the unlicensed spectrum; based on the first channel sensing procedure, determining that the channel in the unlicensed spectrum is available; in response to determining that the channel in the unlicensed spectrum is available: determining a maximum channel occupancy time, MCOT, duration associated with the first channel sensing procedure, the MCOT duration comprising an amount of time in which the wireless device and the network node are allowed to transmit on the channel in the unlicensed spectrum for the procedure; and transmitting the first transmission during the MCOT duration; and receiving a second transmission from the network node, the second transmission comprising a first listen-before-talk, LBT, scheme for a third transmission from the wireless device associated with the procedure, of the RA procedure and the transmission procedure on PUCCH. determining a maximum channel occupancy time, MCOT, duration associated with the first channel sensing procedure, the MCOT duration comprising an amount of time in which the wireless device and the network node are allowed to transmit on the channel in the unlicensed spectrum for the procedure; and transmitting the first transmission during the MCOT duration; and receiving a second transmission from the network node, the second transmission comprising a first listen-before-talk, LBT, scheme for a third transmission from the wireless device associated with the procedure, of the RA procedure and the transmission procedure on PUCCH.
A method for continuously manufacturing aerosol generating articles , the method comprising: (i) providing a continuous web or a continuous strip of an aerosol generating substrate , the continuous web or the continuous strip having a substantially flat surface; (ii) providing a continuous web of susceptor material; (iii) intermittently applying an adhesive to a surface of the continuous web of susceptor material to form adhesive areas on the surface; (iv) continuously cutting the continuous web of susceptor material at positions between the adhesive areas to form at least one susceptor patch ; (v) adhering the at least one susceptor patch to the substantially flat surface of the continuous web or the continuous strip of aerosol generating substrate ; and (vi) forming the continuous web or the continuous strip of aerosol generating substrate and the susceptor patch adhered to the surface thereof into a continuous rod . (i) providing a continuous web or a continuous strip of an aerosol generating substrate , the continuous web or the continuous strip having a substantially flat surface; (ii) providing a continuous web of susceptor material; (iii) intermittently applying an adhesive to a surface of the continuous web of susceptor material to form adhesive areas on the surface; (iv) continuously cutting the continuous web of susceptor material at positions between the adhesive areas to form at least one susceptor patch ; (v) adhering the at least one susceptor patch to the substantially flat surface of the continuous web or the continuous strip of aerosol generating substrate ; and (vi) forming the continuous web or the continuous strip of aerosol generating substrate and the susceptor patch adhered to the surface thereof into a continuous rod .
A process for the additive manufacturing of a three-dimensional object wherein the three-dimensional object comprises, consists of or consists essentially of an ethylene vinyl acetal wherein the ethylene vinyl acetal comprises ethylene units in the range of 25 to 60 mol% as measured by 1 H-NMR in accordance with the method described in the description.
A high-temperature superconducting (HTS) wire connection assembly in which HTS wires each including a HTS layer are connected to each other, wherein a first HTS wire and a second HTS wire that face each other are superconductively connected to each other at a plurality of joint portions separated from each other along a longitudinal direction of the first HTS wire and the second HTS wire , wherein each of the plurality of joint portions has any one of a rectangle shape, a rounded rectangle shape, and an ellipse shape, and characterized in that , when a length in the longitudinal direction of the HTS wire in the joint portions is taken as L and a length in a width direction of the HTS wire in the joint portions is taken as W, W and/or L for the plurality of joint portions monotonously increase from upstream side toward downstream side along the longitudinal direction of the HTS wire . a first HTS wire and a second HTS wire that face each other are superconductively connected to each other at a plurality of joint portions separated from each other along a longitudinal direction of the first HTS wire and the second HTS wire , wherein each of the plurality of joint portions has any one of a rectangle shape, a rounded rectangle shape, and an ellipse shape, and characterized in that , when a length in the longitudinal direction of the HTS wire in the joint portions is taken as L and a length in a width direction of the HTS wire in the joint portions is taken as W, W and/or L for the plurality of joint portions monotonously increase from upstream side toward downstream side along the longitudinal direction of the HTS wire .
A decoding method, comprising: obtaining, by a decoding apparatus, a to-be-decoded sequence; performing, by the decoding apparatus, polar decoding using serial cancellation list decoding with cyclic redundancy check, CRC, on the to-be-decoded sequence based on a CRC polynomial to obtain a polar-decoded bit sequence, wherein the polar-decoded bit sequence comprises L CRC bits and A information bits, where L and A are positive integers, L =11, and the CRC polynomial is D^11+D^10+D^9+D^5+1; and outputting, by the decoding apparatus, the polar-decoded bit sequence. obtaining, by a decoding apparatus, a to-be-decoded sequence; performing, by the decoding apparatus, polar decoding using serial cancellation list decoding with cyclic redundancy check, CRC, on the to-be-decoded sequence based on a CRC polynomial to obtain a polar-decoded bit sequence, wherein the polar-decoded bit sequence comprises L CRC bits and A information bits, where L and A are positive integers, L =11, and the CRC polynomial is D^11+D^10+D^9+D^5+1; and outputting, by the decoding apparatus, the polar-decoded bit sequence.
A surface wave launcher comprising: a printed circuit board, PCB, comprising: a conductor pin configured to receive a radio frequency, RF, signal; and a ground pad; ground plate structure with a first ground plate and a second ground plate ; a cylinder configured to be electrically coupled to the conductor pin and define a cylinder opening, the cylinder configured to: receive the RF signal from the conductor pin; and form a coplanar Goubau line, GL, with the first and second ground plates ; and form a transition from 2. the coplanar Goubau line, GB, to a Goubau line structure at the end of the first and second ground plates ; and generate and propagate the surface wave; an insulator configured to be physically positioned within at least a portion of the cylinder opening and between the cylinder and a portion of a power line, the insulator configured to mechanically isolate the cylinder from the power line and to permit the cylinder to launch the surface wave on the power line; and the ground plate structure electrically coupled to the ground pad and configured to provide a ground reference for the conductor pin and the cylinder , the conductor pin and the cylinder physically positioned proximate the ground plate structure . a printed circuit board, PCB, comprising: a conductor pin configured to receive a radio frequency, RF, signal; and a ground pad; ground plate structure with a first ground plate and a second ground plate ; a conductor pin configured to receive a radio frequency, RF, signal; and a ground pad; ground plate structure with a first ground plate and a second ground plate ; a cylinder configured to be electrically coupled to the conductor pin and define a cylinder opening, the cylinder configured to: receive the RF signal from the conductor pin; and form a coplanar Goubau line, GL, with the first and second ground plates ; and form a transition from 2. the coplanar Goubau line, GB, to a Goubau line structure at the end of the first and second ground plates ; and generate and propagate the surface wave; receive the RF signal from the conductor pin; and form a coplanar Goubau line, GL, with the first and second ground plates ; and form a transition from 2. the coplanar Goubau line, GB, to a Goubau line structure at the end of the first and second ground plates ; and generate and propagate the surface wave; an insulator configured to be physically positioned within at least a portion of the cylinder opening and between the cylinder and a portion of a power line, the insulator configured to mechanically isolate the cylinder from the power line and to permit the cylinder to launch the surface wave on the power line; and the ground plate structure electrically coupled to the ground pad and configured to provide a ground reference for the conductor pin and the cylinder , the conductor pin and the cylinder physically positioned proximate the ground plate structure .
A wear sensor, comprising: a base (556c1); the wear sensor being characterized by a plurality of conductive layers (556c2-556c5) stacked on the base (556c1), the plurality of conductive layers defining a wear surface, wherein the plurality of conductive layers stacked on the base are electrically separated one from the other; and a plurality of vias (558b1-b2) extending through the plurality of conductive layers (556c2-556c5) and to the base, wherein the plurality of vias is electrically connected to electronics to generate a signal through the plurality of vias (558b1-b2) whereby, upon wear of each of the plurality of conductive layers, a change in the signal of a corresponding via of the plurality of vias at a depth of the wear is detectablewherein each of the plurality of conductive layers (556c2-556c5) is electrically connected to at least two of the plurality of vias, the at least two of the plurality of vias (558b1-b2) connected electrically in parallel to one another wherein each of the plurality of vias (558b1-b2) is conductive for electrical communication with a given conductive layer (556c2-556c5) and has an insulator about a portion thereof to isolate said via from any other conductive layer. a base (556c1); the wear sensor being characterized by a plurality of conductive layers (556c2-556c5) stacked on the base (556c1), the plurality of conductive layers defining a wear surface, wherein the plurality of conductive layers stacked on the base are electrically separated one from the other; and a plurality of vias (558b1-b2) extending through the plurality of conductive layers (556c2-556c5) and to the base, wherein the plurality of vias is electrically connected to electronics to generate a signal through the plurality of vias (558b1-b2) whereby, upon wear of each of the plurality of conductive layers, a change in the signal of a corresponding via of the plurality of vias at a depth of the wear is detectablewherein each of the plurality of conductive layers (556c2-556c5) is electrically connected to at least two of the plurality of vias, the at least two of the plurality of vias (558b1-b2) connected electrically in parallel to one another wherein each of the plurality of vias (558b1-b2) is conductive for electrical communication with a given conductive layer (556c2-556c5) and has an insulator about a portion thereof to isolate said via from any other conductive layer.
A system for processing data, the system comprising: a continuous analyte sensor configured to be implanted within a body; sensor electronics configured to receive and process sensor data output by the sensor ; and the sensor electronics coupled to a processor module , the processor module configured to: evaluate sensor data to determine whether a real time glucose value meets a first threshold that is configurable to be settable; evaluate sensor data to determine whether the real time glucose value meets a second threshold; activate a hypoglycemic indicator if either the first threshold or the second threshold are met; and provide an output based on the activated hypoglycemic indicator; characterized in that the second threshold is a fixed predetermined threshold. a continuous analyte sensor configured to be implanted within a body; sensor electronics configured to receive and process sensor data output by the sensor ; and the sensor electronics coupled to a processor module , the processor module configured to: evaluate sensor data to determine whether a real time glucose value meets a first threshold that is configurable to be settable; evaluate sensor data to determine whether the real time glucose value meets a second threshold; activate a hypoglycemic indicator if either the first threshold or the second threshold are met; and provide an output based on the activated hypoglycemic indicator; characterized in that the second threshold is a fixed predetermined threshold. evaluate sensor data to determine whether a real time glucose value meets a first threshold that is configurable to be settable; evaluate sensor data to determine whether the real time glucose value meets a second threshold; activate a hypoglycemic indicator if either the first threshold or the second threshold are met; and provide an output based on the activated hypoglycemic indicator; characterized in that the second threshold is a fixed predetermined threshold.
Apparatus , designed and configured for stunning live poultry animals which are intended for slaughter and are located in containers , by means of a gas mixture comprising a stunning gas, which apparatus comprises a stunning chamber having at least two stunning zones , an introduction station , arranged on the inlet side of the stunning chamber , for each container containing live poultry animals and a discharge station , arranged on the outlet side of the stunning chamber , for each container containing stunned poultry animals, at least one transport conveyor for transporting each container in the transport direction T through the stunning zones from the introduction station to the discharge station , as well as means for delivering the gas mixture into the stunning zones of the stunning chamber , characterised in that the means for delivering the gas mixture comprises at least one injection pipe which is designed and configured to be movable relative to the container for detachable connection to each container and for detachment therefrom, in such a manner that each container can be filled with the gas mixture when it is in the state of detachable connection to the or each injection pipe , wherein each injection pipe is designed and configured to move into the interior of each container forming a container stack and to move out of each container , in such a manner that each container of the container stack, with the poultry animals located therein, can be filled with the gas mixture flowing out of the or each injection pipe individually and directed from the inside, wherein the or each injection pipe is arranged above the transport path and is designed to be movable vertically up and down, in such a manner that the injection pipe can be moved from an upper waiting position, in which the injection pipe is positioned with its free end completely outside the container of a container stack located beneath the injection pipe that is closest to the injection pipe , into a lower working position, in which the injection pipe is positioned with its free end inside any container of the container stack, and back.
Drivability control system for a motor vehicle, comprising: - means for determining the wheel spin of at least one of the wheels of the vehicle relative to the ground, - computation means capable of emitting a ramp-form signal for correcting a torque to be transmitted to at least one of the wheels of the vehicle, and - means for correcting the torque to be transmitted to said wheel as a function of said correction signal, characterized in that the means for determining the wheel spin comprise a measurement means for measuring the reference torque transmitted to the wheel before the wheel spin thereof, in that the computation means comprise a means for memorizing the reference torque and for calculating the correction signal from the memorized reference torque, and in that the computation means comprise a module capable of calculating an optimization activation signal based on the reference torque and a mapping delivering a ramp wheel spin value for correcting the braking torque as a function of the wheel spin. - means for determining the wheel spin of at least one of the wheels of the vehicle relative to the ground, - computation means capable of emitting a ramp-form signal for correcting a torque to be transmitted to at least one of the wheels of the vehicle, and - means for correcting the torque to be transmitted to said wheel as a function of said correction signal,
An oil blending system for a marine diesel two-stroke engine comprising: a blender having at least one inlet for receiving a lubrication oil and at least one other component and at least one outlet for outputting a mixed lubrication oil composition to the engine ; at least one sensor for monitoring the engine ; and a blender controller configured to: receive parameter data on the current lubrication oil status used in the engine and receive parameter data on the current engine status from the at least one sensor for monitoring the engine ; automatically determine whether the currently used lubrication oil is within a predetermined parameter range based on the current engine status; and if the current lubrication oil is outside the predetermined parameter range, determine a new lubrication oil composition for the engine . a blender having at least one inlet for receiving a lubrication oil and at least one other component and at least one outlet for outputting a mixed lubrication oil composition to the engine ; at least one sensor for monitoring the engine ; and a blender controller configured to: receive parameter data on the current lubrication oil status used in the engine and receive parameter data on the current engine status from the at least one sensor for monitoring the engine ; automatically determine whether the currently used lubrication oil is within a predetermined parameter range based on the current engine status; and if the current lubrication oil is outside the predetermined parameter range, determine a new lubrication oil composition for the engine . receive parameter data on the current lubrication oil status used in the engine and receive parameter data on the current engine status from the at least one sensor for monitoring the engine ; automatically determine whether the currently used lubrication oil is within a predetermined parameter range based on the current engine status; and if the current lubrication oil is outside the predetermined parameter range, determine a new lubrication oil composition for the engine .