mhurhangee/patent-ind-claim-en huggingface dataset:
A method in a network device for link adaptation, comprising: estimating a probability distribution of downlink Signal to Interference plus Noise Ratio, SINR, candidates for a terminal device based at least on one or more Acknowledgement, ACK, or Negative Acknowledgement, NACK, messages from the terminal device, wherein the plurality of SINR candidates are set based on Modulation and Coding Schemes, MCSs, supported by the terminal device, and wherein the one or more ACK or NACK messages is associated with downlink data transmitted with a MCS, the MCS corresponding to an SINR, wherein said estimating comprises: updating a probability value for each of a plurality of SINR candidates iteratively based on the one or more ACK or NACK messages and the SINR corresponding to the MCS, wherein said estimating further comprises: updating the probability value for each of the plurality of SINR candidates based on a forgetting factor when the terminal device has not been scheduled for downlink transmission for a predetermined time period; and determining a MCS for downlink transmission to the terminal device based on the estimated probability distribution of the downlink SINR candidates, estimating a probability distribution of downlink Signal to Interference plus Noise Ratio, SINR, candidates for a terminal device based at least on one or more Acknowledgement, ACK, or Negative Acknowledgement, NACK, messages from the terminal device, wherein the plurality of SINR candidates are set based on Modulation and Coding Schemes, MCSs, supported by the terminal device, and wherein the one or more ACK or NACK messages is associated with downlink data transmitted with a MCS, the MCS corresponding to an SINR, wherein said estimating comprises: updating a probability value for each of a plurality of SINR candidates iteratively based on the one or more ACK or NACK messages and the SINR corresponding to the MCS, wherein said estimating further comprises: updating the probability value for each of the plurality of SINR candidates based on a forgetting factor when the terminal device has not been scheduled for downlink transmission for a predetermined time period; and determining a MCS for downlink transmission to the terminal device based on the estimated probability distribution of the downlink SINR candidates, updating the probability value for each of the plurality of SINR candidates based on a forgetting factor when the terminal device has not been scheduled for downlink transmission for a predetermined time period; and determining a MCS for downlink transmission to the terminal device based on the estimated probability distribution of the downlink SINR candidates,
A method for broadcasting content to a plurality of reception terminals , comprising the steps of: storing content and a plurality of program configuration information , wherein each of the plurality of program configuration information includes layout information indicating which of a plurality of media including video, audio, text, and still image is to be displayed as program content and respective display positions of the plurality of media to be displayed on a screen of the plurality of reception terminals ; and transmitting the content and the plurality of program configuration information to the reception terminals , wherein, in the step of storing the plurality of program configuration information , the plurality of program configuration information is associated with respective transmission bands, so that each of the reception terminals selects one of the received plurality of program configuration information based on a transmission condition. storing content and a plurality of program configuration information , wherein each of the plurality of program configuration information includes layout information indicating which of a plurality of media including video, audio, text, and still image is to be displayed as program content and respective display positions of the plurality of media to be displayed on a screen of the plurality of reception terminals ; and transmitting the content and the plurality of program configuration information to the reception terminals , wherein, in the step of storing the plurality of program configuration information , the plurality of program configuration information is associated with respective transmission bands, so that each of the reception terminals selects one of the received plurality of program configuration information based on a transmission condition.
A fitting for providing at least a first fluid and a second fluid, having at least one outlet with at least one main flow path for a first fluid and at least one additional flow path separate therefrom for a second fluid, wherein the additional flow path is formed at least partially in a hose arranged inside the outlet , wherein the main flow path is formed at least partially in an intermediate space between the house and the outlet , wherein the outlet has an L-shape, wherein the second fluid can flow out of an outlet opening out of the outlet at a right angle to the outlet and wherein the hose is attached to an elbow at the outlet opening , characterized in that at the outlet opening , the outlet has an inclined plane which is designed to guide the elbow , during the installation of the same, into an intended assembly position.
A data transmission method, comprising: sending (S401), by a first station, STA, a first frame to an access point, AP, wherein the first frame comprises a first channel set, and total bandwidth of channels in the first channel set is less than available transmission bandwidth of the AP, the first channel set comprises an available channel requested by the first STA enabling a bandwidth power saving mode to perform data transmission with the AP; and receiving (S402), by the first STA, a second frame, wherein the second frame is a response to the first frame wherein the method further comprises: receiving (S303), by the first STA, a first trigger frame sent by the AP, wherein the first trigger frame indicates a first operating channel of the first STA, the first operating channel is among the first channel set; and sending (S304), by the first STA, data using the first operating channel. sending (S401), by a first station, STA, a first frame to an access point, AP, wherein the first frame comprises a first channel set, and total bandwidth of channels in the first channel set is less than available transmission bandwidth of the AP, the first channel set comprises an available channel requested by the first STA enabling a bandwidth power saving mode to perform data transmission with the AP; and receiving (S402), by the first STA, a second frame, wherein the second frame is a response to the first frame wherein the method further comprises: receiving (S303), by the first STA, a first trigger frame sent by the AP, wherein the first trigger frame indicates a first operating channel of the first STA, the first operating channel is among the first channel set; and sending (S304), by the first STA, data using the first operating channel. receiving (S303), by the first STA, a first trigger frame sent by the AP, wherein the first trigger frame indicates a first operating channel of the first STA, the first operating channel is among the first channel set; and sending (S304), by the first STA, data using the first operating channel.
An electronic apparatus , comprising: an in-vehicle determiner configured to execute in-vehicle determination in which it is determined whether a first user being a user of the electronic apparatus is present in a vehicle ; and a notification determiner configured to execute a determination process in which it is determined whether the electronic apparatus notifies outside the electronic apparatus based on a result of the in-vehicle determination; characterized by a position determiner configured to determine whether the electronic apparatus is positioned within a predetermined area; wherein the electronic apparatus is configured to execute the in-vehicle determination and the notification determination process when the electronic apparatus is determined to be positioned within the predetermined area, and not to execute the in-vehicle determination and the notification determination process when the electronic apparatus is not determined to be positioned within the predetermined area. an in-vehicle determiner configured to execute in-vehicle determination in which it is determined whether a first user being a user of the electronic apparatus is present in a vehicle ; and a notification determiner configured to execute a determination process in which it is determined whether the electronic apparatus notifies outside the electronic apparatus based on a result of the in-vehicle determination; characterized by a position determiner configured to determine whether the electronic apparatus is positioned within a predetermined area; wherein the electronic apparatus is configured to execute the in-vehicle determination and the notification determination process when the electronic apparatus is determined to be positioned within the predetermined area, and not to execute the in-vehicle determination and the notification determination process when the electronic apparatus is not determined to be positioned within the predetermined area. to execute the in-vehicle determination and the notification determination process when the electronic apparatus is determined to be positioned within the predetermined area, and not to execute the in-vehicle determination and the notification determination process when the electronic apparatus is not determined to be positioned within the predetermined area.
A light guide device comprising: a base substrate upon a first surface of which are mounted one or more light sources and a first light guide layer , the first light guide layer being arranged so as to encapsulate the one or more light sources upon the first surface; and light extraction features ; characterised by a cladding layer at the interface between the base substrate and the first light guide layer , wherein the cladding layer has a refractive index lower than that of the first light guide layer so as to achieve total internal reflection of light within the first light guide layer ; and wherein the light extraction features are located on a second surface of the base substrate which is opposite the first surface of the base substrate and comprise a microstructured film; and wherein the cladding layer comprises a number of apertures . a base substrate upon a first surface of which are mounted one or more light sources and a first light guide layer , the first light guide layer being arranged so as to encapsulate the one or more light sources upon the first surface; and light extraction features ; characterised by a cladding layer at the interface between the base substrate and the first light guide layer , wherein the cladding layer has a refractive index lower than that of the first light guide layer so as to achieve total internal reflection of light within the first light guide layer ; and wherein the light extraction features are located on a second surface of the base substrate which is opposite the first surface of the base substrate and comprise a microstructured film; and wherein the cladding layer comprises a number of apertures .
An antimicrobial composition, comprising: 50 wt.% to 99 wt.% of taurolidine; and, 1 wt.% to 50 wt.% of protamine or a protamine salt. 50 wt.% to 99 wt.% of taurolidine; and, 1 wt.% to 50 wt.% of protamine or a protamine salt.
An assistive flexible suit system for assisting motion of a wearer, the assistive flexible suit system comprising: a suspension anchor configured to mount to the body of the wearer and transmit loads to one or more predetermined load-bearing segments of the body of the wearer; a foot module configured to mount on or adjacent to a foot of the wearer and transmit loads to a hindfoot segment or a forefoot segment, or both, of the foot of the wearer; an actuator attached to the foot module , the actuator being selectively actuable to generate tension between the foot module and the suspension anchor ; a sensor mounted on or proximate the foot of the wearer and operable to detect a gait characteristic of the wearer and output a signal indicative thereof; a controller communicatively connected to the sensor and the actuator , the controller being configured to analyze the gait characteristic signal output by the sensor and, based at least in part on the analyzed signal, selectively actuate the actuator to thereby assist plantar flexion or dorsiflexion, or both, of the foot of the wearer; and a tensioning element attaching the suspension anchor to the foot module , the tensioning element being configured to generate tension between the foot module and the suspension anchor to thereby assist plantar flexion, dorsiflexion, inversion, eversion, pronation, supination, or any combination thereof, of the foot of the wearer. a suspension anchor configured to mount to the body of the wearer and transmit loads to one or more predetermined load-bearing segments of the body of the wearer; a foot module configured to mount on or adjacent to a foot of the wearer and transmit loads to a hindfoot segment or a forefoot segment, or both, of the foot of the wearer; an actuator attached to the foot module , the actuator being selectively actuable to generate tension between the foot module and the suspension anchor ; a sensor mounted on or proximate the foot of the wearer and operable to detect a gait characteristic of the wearer and output a signal indicative thereof; a controller communicatively connected to the sensor and the actuator , the controller being configured to analyze the gait characteristic signal output by the sensor and, based at least in part on the analyzed signal, selectively actuate the actuator to thereby assist plantar flexion or dorsiflexion, or both, of the foot of the wearer; and a tensioning element attaching the suspension anchor to the foot module , the tensioning element being configured to generate tension between the foot module and the suspension anchor to thereby assist plantar flexion, dorsiflexion, inversion, eversion, pronation, supination, or any combination thereof, of the foot of the wearer.
A magnetic assembly (x30) mounted on a transferring device (TD) and comprising i) a soft magnetic plate (x31) made of a composite comprising from about 25 wt-% to about 95 wt-% of spherical soft magnetic particles dispersed in a non-magnetic material, the weight percents being based on the total weight of the soft magnetic plate (x31), wherein the soft magnetic plate (x31) comprises one or more voids (V), and ii) one or more dipole magnets (x32-a), wherein the one or more dipole magnets (x32-a) are disposed within the one or more voids (V) and/or are facing said one or more voids (V). i) a soft magnetic plate (x31) made of a composite comprising from about 25 wt-% to about 95 wt-% of spherical soft magnetic particles dispersed in a non-magnetic material, the weight percents being based on the total weight of the soft magnetic plate (x31), wherein the soft magnetic plate (x31) comprises one or more voids (V), and ii) one or more dipole magnets (x32-a), wherein the one or more dipole magnets (x32-a) are disposed within the one or more voids (V) and/or are facing said one or more voids (V).
A method comprising: receiving, by a processor, laser data collected for a roadway as a vehicle is driven along the roadway, wherein the laser data include a plurality of laser data points, each data point of the plurality of laser data points having a location and an intensity value; determining, by a processor, an average intensity by averaging together the intensity values of the plurality of laser data points that have locations within the roadway; when the average intensity is at least a threshold value greater than the expected average intensity of the roadway under dry weather conditions, identifying, by a processor, an indication that the roadway is at least partially snow covered; estimating, by a processor, driving conditions of the roadway based on the indication that the roadway is at least partially snow covered; and using the estimate, by the processor, to make a driving decision for the vehicle. receiving, by a processor, laser data collected for a roadway as a vehicle is driven along the roadway, wherein the laser data include a plurality of laser data points, each data point of the plurality of laser data points having a location and an intensity value; determining, by a processor, an average intensity by averaging together the intensity values of the plurality of laser data points that have locations within the roadway; when the average intensity is at least a threshold value greater than the expected average intensity of the roadway under dry weather conditions, identifying, by a processor, an indication that the roadway is at least partially snow covered; estimating, by a processor, driving conditions of the roadway based on the indication that the roadway is at least partially snow covered; and using the estimate, by the processor, to make a driving decision for the vehicle.
A single-insertion, multiple sampling biopsy device comprising: an outer cannula extending along a longitudinal axis from a proximal end to a distal end, the outer cannula having a first port ; a stylet disposed in the outer cannula and configured to translate along the longitudinal axis towards the distal and proximal ends in the outer cannula, the stylet having a second port ; a sheath being disposed between the outer cannula and the stylet , the sheath configured to translate along the longitudinal axis towards the distal and proximal ends; a bulkhead (11A, 14A,B) being disposed in the stylet and configured to translate with the stylet along the longitudinal axis towards the distal and proximal ends; and a drive unit coupled to at least one of the outer cannula , stylet , and sheath to transmit motive force to at least one of the outer cannula, stylet, and sheath to move at least the stylet relative to the outer cannula, anc characterized in the stylet tip including a marker mounted on the outer surface of the tip, the marker configured to be separated from the tip in an operative condition of the device. an outer cannula extending along a longitudinal axis from a proximal end to a distal end, the outer cannula having a first port ; a stylet disposed in the outer cannula and configured to translate along the longitudinal axis towards the distal and proximal ends in the outer cannula, the stylet having a second port ; a sheath being disposed between the outer cannula and the stylet , the sheath configured to translate along the longitudinal axis towards the distal and proximal ends; a bulkhead (11A, 14A,B) being disposed in the stylet and configured to translate with the stylet along the longitudinal axis towards the distal and proximal ends; and a drive unit coupled to at least one of the outer cannula , stylet , and sheath to transmit motive force to at least one of the outer cannula, stylet, and sheath to move at least the stylet relative to the outer cannula, anc characterized in the stylet tip including a marker mounted on the outer surface of the tip, the marker configured to be separated from the tip in an operative condition of the device.
A device for occluding an aperture in tissue comprising: a. a first flexible wire and a second flexible wire , wherein each of the first and second wires is comprised of a shape memory property, wherein each of the first and second wires has a first and second end and wherein each of the first and second wires is shaped into first and second generally semi-circular forms (12a, 12b, 12b 1 , 14a, 14b, 14b 1 ) such that the first semicircular form of the first wire opposes the first semicircular form of the second wire to form a first disc and the second semicircular form of the first wire (12b, 12b 1 ) opposes the second semicircular form of the second wire (14b, 14b 1 ) to form a second disc wherein the first and second discs are separated by a self-centering waist comprised of two sections of the first wire and two sections of the second wire wherein said sections of wire are separated from one-another, wherein each of said first and second ends of the first and second wires are connected to the same hub , wherein the hub further comprises a delivery attachment mechanism for attachment to a deployment cable ; and b. a sealed covering over each of the first and second discs , wherein the covering provides a seal to occlude the aperture. a. a first flexible wire and a second flexible wire , wherein each of the first and second wires is comprised of a shape memory property, wherein each of the first and second wires has a first and second end and wherein each of the first and second wires is shaped into first and second generally semi-circular forms (12a, 12b, 12b 1 , 14a, 14b, 14b 1 ) such that the first semicircular form of the first wire opposes the first semicircular form of the second wire to form a first disc and the second semicircular form of the first wire (12b, 12b 1 ) opposes the second semicircular form of the second wire (14b, 14b 1 ) to form a second disc wherein the first and second discs are separated by a self-centering waist comprised of two sections of the first wire and two sections of the second wire wherein said sections of wire are separated from one-another, wherein each of said first and second ends of the first and second wires are connected to the same hub , wherein the hub further comprises a delivery attachment mechanism for attachment to a deployment cable ; and b. a sealed covering over each of the first and second discs , wherein the covering provides a seal to occlude the aperture.
A method for generating a focus measurement signal for a taking lens of a camera in a phase detection autofocus system , the method comprising providing a camera with the taking lens, a taking sensor , an autofocus sensor and a mirror arranged so that light from the taking lens will be directed towards the autofocus sensor when deflected by the mirror and will continue towards the taking sensor when not deflected by the mirror; focusing at least one pair of luminous bundles from the taking lens onto a corresponding pair of illuminated regions on the autofocus sensor, reading out values from the illuminated regions and performing a correlation analysis between values of pixels in the illuminated regions to generate a focus measurement signal, characterized in that the autofocus sensor is a single high-resolution, two-dimensional, CMOS image sensor separate from the taking sensor of the camera, the image sensor comprising a continuous, two-dimensional array of light sensitive pixels, each pixel having an on-chip, light-insensitive storage element associated therewith. providing a camera with the taking lens, a taking sensor , an autofocus sensor and a mirror arranged so that light from the taking lens will be directed towards the autofocus sensor when deflected by the mirror and will continue towards the taking sensor when not deflected by the mirror; focusing at least one pair of luminous bundles from the taking lens onto a corresponding pair of illuminated regions on the autofocus sensor, reading out values from the illuminated regions and performing a correlation analysis between values of pixels in the illuminated regions to generate a focus measurement signal, characterized in that the autofocus sensor is a single high-resolution, two-dimensional, CMOS image sensor separate from the taking sensor of the camera, the image sensor comprising a continuous, two-dimensional array of light sensitive pixels, each pixel having an on-chip, light-insensitive storage element associated therewith.
A capsule having a mean diameter less than 1 μm comprising alginate, lecithin, a divalent metal cation, and a pentapeptide.