mhurhangee/patent-ind-claim-en huggingface dataset:
A method of transmitting video data related to a sequence of video frames, comprising: - receiving a sequence of video frames; - encoding a current video frame (X) in said sequence according to a first predictive encoding to generate encoded video data, the encoded video data comprising a prediction error (N) based on the difference between a portion of the current video frame and a first predictor (Y) of said portion of the current video frame, the first predictor being derived from a first preceding video frame in said sequence; - generating auxiliary video data related to said portion of the current video frame; - transmitting the encoded video data to a receiver over a first channel ; and - transmitting the auxiliary video data to the receiver over a second channel , characterized in that generating auxiliary video data includes: - calculating a correlation between the first predictor and a predetermined second predictor, the second predictor being derived from a second preceding video frame that precedes the first preceding video frame in said sequence, wherein said correlation is calculated as a difference between the first predictor and the second predictor. - receiving a sequence of video frames; - encoding a current video frame (X) in said sequence according to a first predictive encoding to generate encoded video data, the encoded video data comprising a prediction error (N) based on the difference between a portion of the current video frame and a first predictor (Y) of said portion of the current video frame, the first predictor being derived from a first preceding video frame in said sequence; - generating auxiliary video data related to said portion of the current video frame; - transmitting the encoded video data to a receiver over a first channel ; and - transmitting the auxiliary video data to the receiver over a second channel , - calculating a correlation between the first predictor and a predetermined second predictor, the second predictor being derived from a second preceding video frame that precedes the first preceding video frame in said sequence, wherein said correlation is calculated as a difference between the first predictor and the second predictor.
A user device comprising: a controller adapted to calculate a power headroom for a band combination for which dynamic power sharing is not supported, the band combination including a band of a first base station device and a band of a second base station device; and a transmitter adapted to transmit, to the first base station device, a power headroom report including the power headroom calculated for the band combination by omitting a power headroom for a serving cell of the second base station device other than a primary cell. a controller adapted to calculate a power headroom for a band combination for which dynamic power sharing is not supported, the band combination including a band of a first base station device and a band of a second base station device; and a transmitter adapted to transmit, to the first base station device, a power headroom report including the power headroom calculated for the band combination by omitting a power headroom for a serving cell of the second base station device other than a primary cell.
Apparatus for delivering a gas mixture to the nasal airways of a spontaneously breathing child, the apparatus comprising: - a body adapted for releasable attachment to a soother , said body forming a mixing chamber , the body having an edge portion defining the edges of the mixing chamber , the edge portion having a section adapted to, in use, get in contact with the nasal dorsum of the child, such that, in use, the tip of the nose of the child is inside the mixing chamber ; - two gas delivering hoses attached to the body and configured for supplying gas to the mixing chamber in use; and - a flexible band , wherein the mixing chamber has access to the surrounding air in use and is adapted for mixing the gas supplied by the two gas delivering hoses with the surrounding air in use in order to provide a gas mixture for nasal inhalation, and wherein the apparatus forms an opening partly formed by the two gas delivering hoses and structured such that, in use, the handle of the soother is fitted into the opening and is kept in place by use of the flexible band . - a body adapted for releasable attachment to a soother , said body forming a mixing chamber , the body having an edge portion defining the edges of the mixing chamber , the edge portion having a section adapted to, in use, get in contact with the nasal dorsum of the child, such that, in use, the tip of the nose of the child is inside the mixing chamber ; - two gas delivering hoses attached to the body and configured for supplying gas to the mixing chamber in use; and - a flexible band ,
A receiver for Automatic Dependent Surveillance Broadcast (ADS-B) verification, comprising: a processing module configured to receive an ADS-B signal from a target aircraft including indicated positional data, and operative to: generate a measured bearing derived from detection of an angle of arrival of the ADS-B signal, and generate an expected bearing of the target aircraft derived from the indicated positional data of the ADS-B signal, and positional and heading information of a location and orientation of a multi-element array antenna configured to be attached to the receiver ; a comparator for comparing the expected bearing to the measured bearing and for verifying the ADS-B indicated positional data of the target aircraft ; and an output device for outputting an indication of authenticity based on verifying the ADS-B indicated positional data of the target aircraft . generate a measured bearing derived from detection of an angle of arrival of the ADS-B signal, and generate an expected bearing of the target aircraft derived from the indicated positional data of the ADS-B signal, and positional and heading information of a location and orientation of a multi-element array antenna configured to be attached to the receiver ; a comparator for comparing the expected bearing to the measured bearing and for verifying the ADS-B indicated positional data of the target aircraft ; and an output device for outputting an indication of authenticity based on verifying the ADS-B indicated positional data of the target aircraft .
Tool (110; 210) for indirect electrohydraulic draw-forming, characterized in that it comprises: - a body (113; 213) having a tubular cylindrical area (113a; 213a), - a chamber (115; 215) intended to be filled with a liquid, - two electrodes (116a, 116b; 216a, 216b), each of the electrodes having a portion arranged in the chamber (115; 215), - a punch (111; 211), characterized in that the tool further comprises: - a piston (114; 214) mounted so as to slide in a sealed manner within the cylindrical area and sealingly defining the chamber (115; 215), and in that the punch (111; 211) is carried by the piston (114; 214) on a face thereof that is opposite to the chamber (114b; 214a). - a body (113; 213) having a tubular cylindrical area (113a; 213a), - a chamber (115; 215) intended to be filled with a liquid, - two electrodes (116a, 116b; 216a, 216b), each of the electrodes having a portion arranged in the chamber (115; 215), - a punch (111; 211), - a piston (114; 214) mounted so as to slide in a sealed manner within the cylindrical area and sealingly defining the chamber (115; 215), and in that the punch (111; 211) is carried by the piston (114; 214) on a face thereof that is opposite to the chamber (114b; 214a).
A work vehicle comprising: a fuel tank disposed in a rear portion of a hood in a longitudinal direction of a vehicle body ; a fuel tank cover covering a rear portion of the fuel tank ; a support member attached to the fuel tank cover ; and a dashboard supported by the support member , wherein the fuel tank cover includes an attachment portion for attaching the support member , characterized in that the dashboard is also configured to be directly attachable to the attachment portion of the fuel tank cover . a fuel tank disposed in a rear portion of a hood in a longitudinal direction of a vehicle body ; a fuel tank cover covering a rear portion of the fuel tank ; a support member attached to the fuel tank cover ; and a dashboard supported by the support member , wherein the fuel tank cover includes an attachment portion for attaching the support member , characterized in that the dashboard is also configured to be directly attachable to the attachment portion of the fuel tank cover .
A radio resource allocation method in a communication node to schedule sub-frames of variable duration, the method comprising: determining that a first time reference (20 1, 202, 251, 252) of a first data communication , using a first component carrier, of a first communication device has a time shift compared to a second time reference of a second data communication , using a second component carrier, of a second communication device; determining a duration of a communication sub-frame based on the time shift; and scheduling the determined communication sub-frame on the first component carrier to the first communication device. determining that a first time reference (20 1, 202, 251, 252) of a first data communication , using a first component carrier, of a first communication device has a time shift compared to a second time reference of a second data communication , using a second component carrier, of a second communication device; determining a duration of a communication sub-frame based on the time shift; and scheduling the determined communication sub-frame on the first component carrier to the first communication device.
Method for manufacturing wall elements from nailable and/or stapleable materials, in which - a wall element frame of a wall element to be produced is positioned lying on a horizontal work table , - wall panels are placed on the wall element frame and - the wall panels are fixed to the wall element frame by nails and/or staples driven in by means of a compressed air setting device , characterized in that a mobile - in particular autonomous - robot , carrying at least one compressed air setting device and/or at least one milling unit , which is positioned in a freely movable manner on the surface formed by the wall panels , in that the robot standing on the wall panels is moved automatically controlled along the surface formed by the wall panels , and in that at predetermined positions the at least one milling unit and/or the at least one compressed air setting device is actuated in an automatically controlled manner in order to machine the wall panels and/or to fasten them to the wall element frame . - a wall element frame of a wall element to be produced is positioned lying on a horizontal work table , - wall panels are placed on the wall element frame and - the wall panels are fixed to the wall element frame by nails and/or staples driven in by means of a compressed air setting device , characterized in that a mobile - in particular autonomous - robot , carrying at least one compressed air setting device and/or at least one milling unit , which is positioned in a freely movable manner on the surface formed by the wall panels , in that the robot standing on the wall panels is moved automatically controlled along the surface formed by the wall panels , and in that at predetermined positions the at least one milling unit and/or the at least one compressed air setting device is actuated in an automatically controlled manner in order to machine the wall panels and/or to fasten them to the wall element frame .
A device for material processing by means of laser radiation, said device comprising a source of laser radiation (S) emitting pulsed laser radiation for interaction with the material , optics focusing the pulsed processing laser radiation to a center of interaction in the material , wherein a focus size d is between 1 and 5 μm, a scanning unit shifting the position of the center of interaction within the material , wherein each processing laser pulse interacts with the material in a zone surrounding the center of interaction assigned to said laser pulse so that material is separated in the zones of interaction , and a control unit which controls the scanning unit and the source of laser radiation (S) so that a cut surface is generated in the material by sequential arrangement of zones of interaction , wherein the control unit controls the source of laser radiation (S) and the scanning unit such that the spatial distance a of the centers of interaction of two subsequent processing laser pulses is smaller than the focus size d so that sequentially produced zones of interaction (20-24) overlap in the material , wherein a fluence for each center of interaction is below 5 J/cm 2 .
A terminal device for communicating with a transceiver station in a telecommunications system over a radio interface supporting a downlink shared channel for conveying user-plane data from the transceiver station to the terminal device and a downlink control channel for conveying control-plane data from the transceiver station to the terminal device, wherein the control-plane data conveys information on physical resource allocations for the downlink shared channel for the terminal device, and wherein the radio interface is based on a radio frame structure comprising a plurality of subframes, wherein each subframe comprises a control region for supporting the downlink control channel and a user-plane region for supporting the downlink shared channel, and wherein the terminal device is configured to receive in the control region of a first radio subframe an indication of a physical resource allocation for the terminal device on the shared downlink channel in the user-plane region of a second radio subframe and to subsequently receive user-plane data on the physical resource allocation for the terminal device on the shared downlink channel in the user-plane region of the second radio subframe, wherein the terminal device is configured to buffer and process the parts of the second radio sub-frame carrying the physical resource allocation without buffering and processing the entire second radio sub-frame, wherein the terminal device is configured to receive the second radio subframe a selectable interval after the first radio subframe and to receive an indication of a selected interval in association with the physical resource allocation for the terminal device.
An assistance device comprising: a base; a trunk support section including a base plate configured to support a trunk of a care receiver, a sub-plate configured to support, compared to the base plate, a lower portion of the trunk of the care receiver, and a trunk contact member, which is provided on a support surface on a side of the base plate and the sub-plate facing the care receiver, the trunk support section being configured to move relative to the base while supporting the trunk of the care receiver; and a driving section configured to drive the trunk support section, characterised by the sub-plate having a bending rigidity lower that of the base plate and deformable by the weight of the care receiver. a base; a trunk support section including a base plate configured to support a trunk of a care receiver, a sub-plate configured to support, compared to the base plate, a lower portion of the trunk of the care receiver, and a trunk contact member, which is provided on a support surface on a side of the base plate and the sub-plate facing the care receiver, the trunk support section being configured to move relative to the base while supporting the trunk of the care receiver; and a base plate configured to support a trunk of a care receiver, a sub-plate configured to support, compared to the base plate, a lower portion of the trunk of the care receiver, and a trunk contact member, which is provided on a support surface on a side of the base plate and the sub-plate facing the care receiver, the trunk support section being configured to move relative to the base while supporting the trunk of the care receiver; and a driving section configured to drive the trunk support section, characterised by the sub-plate having a bending rigidity lower that of the base plate and deformable by the weight of the care receiver.
A projection system comprising: an imaging unit that captures an image (R310) of a specific area , which is specified by light excited by light having a predetermined wavelength, in a subject ; a projector that projects the image (R310, G320) of the specific area and associated information associated with the image (G320) of the specific area by visible light; a distance acquiring unit that acquires a distance from the distance acquiring unit to the subject ; a controller that adjusts a projection magnification in the projector based on the distance, acquired by the distance acquiring unit , from the distance acquiring unit to the subject ; and an optical unit that causes an optical path of the imaging unit with respect to the subject and an optical path of the projector with respect to the subject to coincide with each other, characterised in that the associated information is a line away from the specific area by a predetermined width. an imaging unit that captures an image (R310) of a specific area , which is specified by light excited by light having a predetermined wavelength, in a subject ; a projector that projects the image (R310, G320) of the specific area and associated information associated with the image (G320) of the specific area by visible light; a distance acquiring unit that acquires a distance from the distance acquiring unit to the subject ; a controller that adjusts a projection magnification in the projector based on the distance, acquired by the distance acquiring unit , from the distance acquiring unit to the subject ; and an optical unit that causes an optical path of the imaging unit with respect to the subject and an optical path of the projector with respect to the subject to coincide with each other, characterised in that the associated information is a line away from the specific area by a predetermined width.
A cleaning device for cleaning a spinning preparation machine, comprising a suction pipe, by which dust, fibres or dirt are sucked via a pressure booster, and by means of a suction hose the dust, the fibres or the dirt are directly or indirectly transportable into a suction channel of the spinning preparation machine, characterized in that a pressure chamber is disposed between the pressure booster and the suction hose , wherein the pressure booster is separated at least partially from the pressure chamber by a separation wall .
A dental composition comprising: (i) from 0.1 weight percent to 5.0 weight percent of an antibacterial/antimicrobial imidazolium-containing polymerizable resin; (ii) from 5 weight percent to 60 weight percent of a non-imidazolium-containing polymerizable resin; (iii) from 0.005 weight percent to 5 weight percent of a photoinitiator and/or a thermal/redox initiator; (iv) from 40 weight percent to 90 weight percent of a glass filler having a particle size from 10 nm to 100 microns; for use in the prevention of dental caries, wherein the imidazolium-containing polymerizable resin has a formula of: (A-X) n -Z-(Y-BQR) m wherein A is a polymerizable moiety selected from methacrylate and acrylate, wherein B is an imidazole or a methyl imidazole , wherein R is an alkyl group having from 1 to 22 carbon atoms, wherein Q is a counter ion group, wherein X and Y are the same or different and are an ether, ester, amide, imide, direct link, alkyl, or aromatic, wherein Z is an alkyl or an aromatic, and wherein n and m are integers. (i) from 0.1 weight percent to 5.0 weight percent of an antibacterial/antimicrobial imidazolium-containing polymerizable resin; (ii) from 5 weight percent to 60 weight percent of a non-imidazolium-containing polymerizable resin; (iii) from 0.005 weight percent to 5 weight percent of a photoinitiator and/or a thermal/redox initiator; (iv) from 40 weight percent to 90 weight percent of a glass filler having a particle size from 10 nm to 100 microns; for use in the prevention of dental caries, wherein the imidazolium-containing polymerizable resin has a formula of: (A-X) n -Z-(Y-BQR) m wherein A is a polymerizable moiety selected from methacrylate and acrylate, wherein B is an imidazole or a methyl imidazole , wherein R is an alkyl group having from 1 to 22 carbon atoms, wherein Q is a counter ion group, wherein X and Y are the same or different and are an ether, ester, amide, imide, direct link, alkyl, or aromatic, wherein Z is an alkyl or an aromatic, and wherein n and m are integers. wherein A is a polymerizable moiety selected from methacrylate and acrylate, wherein B is an imidazole or a methyl imidazole , wherein R is an alkyl group having from 1 to 22 carbon atoms, wherein Q is a counter ion group, wherein X and Y are the same or different and are an ether, ester, amide, imide, direct link, alkyl, or aromatic, wherein Z is an alkyl or an aromatic, and wherein n and m are integers.
An underwater seismic system comprising: a first motion sensor usable on an underwater platform disposed in a first region and having a first acoustic impedance to produce a first sensor signal representing platform motion and particle motion due to acoustic waves; a second motion sensor disposed in a second region proximate to the first motion sensor and having a second acoustic impedance to produce a second sensor signal representing platform motion and representing attenuated particle motion due to acoustic waves; means for combining the first sensor signal and the second sensor signal to attenuate noise due to platform motion and produce a response to particle motion due to acoustic waves; and characterized in that the system further comprises a divider disposed between the first and second regions to acoustically isolate the first motion sensor from the second motion sensor ; and wherein the first acoustic impedance in the first region is equal to the acoustic impedance of seawater and the second region is filled with air. a first motion sensor usable on an underwater platform disposed in a first region and having a first acoustic impedance to produce a first sensor signal representing platform motion and particle motion due to acoustic waves; a second motion sensor disposed in a second region proximate to the first motion sensor and having a second acoustic impedance to produce a second sensor signal representing platform motion and representing attenuated particle motion due to acoustic waves; means for combining the first sensor signal and the second sensor signal to attenuate noise due to platform motion and produce a response to particle motion due to acoustic waves; and characterized in that the system further comprises a divider disposed between the first and second regions to acoustically isolate the first motion sensor from the second motion sensor ; and wherein the first acoustic impedance in the first region is equal to the acoustic impedance of seawater and the second region is filled with air.