mhurhangee/patent-ind-claim-en huggingface dataset:
A method of processing decoded video data, the method comprising: determining, by a video decoding unit, a peak brightness value of a current display; obtaining, by the video decoding unit and for a picture of video data, one or more colour remapping information (CRI) supplemental enhancement information (SEI) messages that each correspond to a respective peak brightness value of a set of peak brightness values, wherein each respective CRI SEI message of the CRI SEI messages includes a respective colour_remap_id syntax element that indicates the respective peak brightness value; determining, for each respective CRI SEI message of the CRI SEI messages, the respective peak brightness value based on a value of the respective colour remap id syntax element included in the respective CRI SEI message; selecting, by the video decoding unit and based on the peak brightness value of the current display, a CRI SEI message of the one or more CRI SEI messages; colour remapping, by the video decoding unit and based on the selected CRI SEI message, samples of the picture of video data; and outputting, by the video decoding unit and for display at the current display, the colour remapped samples of the picture of video data. determining, by a video decoding unit, a peak brightness value of a current display; obtaining, by the video decoding unit and for a picture of video data, one or more colour remapping information (CRI) supplemental enhancement information (SEI) messages that each correspond to a respective peak brightness value of a set of peak brightness values, wherein each respective CRI SEI message of the CRI SEI messages includes a respective colour_remap_id syntax element that indicates the respective peak brightness value; determining, for each respective CRI SEI message of the CRI SEI messages, the respective peak brightness value based on a value of the respective colour remap id syntax element included in the respective CRI SEI message; selecting, by the video decoding unit and based on the peak brightness value of the current display, a CRI SEI message of the one or more CRI SEI messages; colour remapping, by the video decoding unit and based on the selected CRI SEI message, samples of the picture of video data; and outputting, by the video decoding unit and for display at the current display, the colour remapped samples of the picture of video data.
An absorbent article having an absorber that absorbs excrement, the absorbent article comprising an elastic film stretchable structure in which an elastic film is stacked between a first sheet layer and a second sheet layer , and the first sheet layer and the second sheet layer are joined via through holes penetrating the elastic film at a large number of sheet bond portions arranged at intervals, wherein a region having the elastic film stretchable structure includes a stretchable region stretchable in one direction and a non-stretchable region provided at least at one side of the stretchable region in a stretching and contracting direction, the stretchable region has the through holes and a section in which the elastic film linearly continues along the stretching and contracting direction, the stretchable region is contracted in the stretching and contracting direction by a contraction force of the elastic film while it is possible that the stretchable region is stretched in the stretching and contracting direction, the non-stretchable region , due to presence of the through holes , does not have a section in which the elastic film linearly continues along the stretching and contracting direction, even though the elastic film of the non-stretchable region continues in the stretching and contracting direction, and in the non-stretchable region , an elongation at an elastic limit in the stretching and contracting direction is set to 120% or less.
An apparatus for use in stripping irregular material from a line during relative movement between the apparatus and line , said apparatus including a material guide , stripping mechanism and line guide : - said material guide being configured to guide the irregular material on the line into engagement with the stripping mechanism during said relative movement, said material guide including first and second driven material guide elements respectively rotatable about first and second material guide rotation axes; - said stripping mechanism including first and second driven stripping elements respectively rotatable about first and second stripping element rotation axes; - said line guide including first and second line guide elements; the first line guide element , first stripping element and first material guide element collectively forming a first stripping assembly and the second line guide element , second stripping element and second material guide element collectively forming a second stripping assembly , the line passing between said stripping assemblies during said stripping, said stripping assemblies orientated during said stripping such that the first material guide rotation axis , first line guide element and the first stripping element rotation axis are on a first lateral side of the line and the second material guide rotation axis , second line guide element and the second stripping element rotation axis are on a second lateral side of the line, characterised in that the first stripping assembly is configured such that the first stripping element is interposed between said first material guide element and said first line guide element and the second stripping assembly is configured such that the second stripping element is interposed between said second material guide element and said second line guide element . - said material guide being configured to guide the irregular material on the line into engagement with the stripping mechanism during said relative movement, said material guide including first and second driven material guide elements respectively rotatable about first and second material guide rotation axes; - said stripping mechanism including first and second driven stripping elements respectively rotatable about first and second stripping element rotation axes; - said line guide including first and second line guide elements;
A fusion protein of antifreeze protein and human epidermal growth factor having increased anti-oxidant activity and skin cell proliferation effect which consists of the amino acid sequence of SEQ ID NO: 5 or SEQ ID NO: 6.
A wireless device , comprising: means for detecting an idle state of a first transceiver in the wireless device, the first transceiver configured to communicate with a wireless access point ; means for delegating one or more communication tasks associated with the first transceiver of the wireless device to a second wireless device when an idle state of the first transceiver is detected, wherein delegating also includes transmitting one or more sets of data to the second wireless device via a second transceiver in the wireless device, the second transceiver being configured to communicate with the second wireless device, the wireless device being paired to the second wireless device, and the one or more communication tasks comprise scanning for a service set identifier, SSID, that is known to the wireless device ; means for configuring the first transceiver to operate in a sleep mode when the first transceiver is determined to be idle; means for receiving, via the second transceiver while the first transceiver is in the sleep mode, a message from the second wireless device indicating that the known SSID has been detected by the second wireless device on behalf of the wireless device ; and means for causing the first transceiver to exit the sleep mode when the message indicating that the known SSID has been detected has been received. means for detecting an idle state of a first transceiver in the wireless device, the first transceiver configured to communicate with a wireless access point ; means for delegating one or more communication tasks associated with the first transceiver of the wireless device to a second wireless device when an idle state of the first transceiver is detected, wherein delegating also includes transmitting one or more sets of data to the second wireless device via a second transceiver in the wireless device, the second transceiver being configured to communicate with the second wireless device, the wireless device being paired to the second wireless device, and the one or more communication tasks comprise scanning for a service set identifier, SSID, that is known to the wireless device ; means for configuring the first transceiver to operate in a sleep mode when the first transceiver is determined to be idle; means for receiving, via the second transceiver while the first transceiver is in the sleep mode, a message from the second wireless device indicating that the known SSID has been detected by the second wireless device on behalf of the wireless device ; and means for causing the first transceiver to exit the sleep mode when the message indicating that the known SSID has been detected has been received.
A compound selected from those of Formula I : R represents C 1-15 alkyl, C 1-3 deuterated alkyl, C 1-6 -alkylene-silyl(C 1-3 -alkyl) 3 X - represents chloride, bromide, iodide. R represents C 1-15 alkyl, C 1-3 deuterated alkyl, C 1-6 -alkylene-silyl(C 1-3 -alkyl) 3 X - represents chloride, bromide, iodide.
Apparatus for machining a substrate , wherein the apparatus comprises a carrier device for the substrate , wherein the apparatus comprises a first punch , wherein the first punch is movable relative to the substrate such that, by way of the first punch , an element can be cut out of the substrate , wherein the apparatus comprises a supply device for a filling material , wherein the apparatus comprises at least one further punch , wherein the further punch is movable relative to the filling material , such that, by way of the further punch , an element can be cut out of the filling material , wherein the first punch is movable relative to the substrate such that, by way of the first punch , the element cut out of the filling material is arrangeable in an opening of the substrate .
A method of heat-sealing using a heat-sealing apparatus which heat-seals a heat seal material by nipping it between a pair of heating bodies (1, 1-1, 1-2), which comprises mounting a cover material (7, 7-1, 7-2) on the surface of at least one of the heating bodies (1, 1-1, 1-2) to be in contact with the heat seal material , characterized in that the method further comprises attaching a minute temperature sensor to the surface of the cover material (7, 7-1, 7-2) on the side to be in contact with the heat seal material, and controlling the temperature of the bonding face of the heat seal material by the temperature detected by the minute temperature sensor .
A method of cell culture for producing proteins and controlling the C-terminal amidated species in the produced proteins comprising (a) measuring the copper content of organism-derived culture medium additives which are fish meat hydrolysates; and (b) adding a cell-containing seed medium to an initial medium and starting to culture the cell in the initial medium, wherein the method of culture is fed-batch culture, wherein a fish meat hydrolysate with a copper content of no more than 1 ppm as determined by step (a) has been added to the initial medium, a fish meat hydrolysate with a copper content of no more than 1 ppm as determined by step (a) has been added to the seed medium which is to be added to the initial medium, the copper content of the initial medium at the start of cell culture is no more than 0.015 ppm, a fish meat hydrolysate with a copper content of no more than 3 ppm as determined by step (a) has been added to a fed-batch medium which is to be added to the initial medium, and the copper ions in the medium at the end of culture are present at no more than 0.1 ppm. (a) measuring the copper content of organism-derived culture medium additives which are fish meat hydrolysates; and (b) adding a cell-containing seed medium to an initial medium and starting to culture the cell in the initial medium, wherein the method of culture is fed-batch culture, wherein a fish meat hydrolysate with a copper content of no more than 1 ppm as determined by step (a) has been added to the initial medium, a fish meat hydrolysate with a copper content of no more than 1 ppm as determined by step (a) has been added to the seed medium which is to be added to the initial medium, the copper content of the initial medium at the start of cell culture is no more than 0.015 ppm, a fish meat hydrolysate with a copper content of no more than 3 ppm as determined by step (a) has been added to a fed-batch medium which is to be added to the initial medium, and the copper ions in the medium at the end of culture are present at no more than 0.1 ppm. a fish meat hydrolysate with a copper content of no more than 1 ppm as determined by step (a) has been added to the initial medium, a fish meat hydrolysate with a copper content of no more than 1 ppm as determined by step (a) has been added to the seed medium which is to be added to the initial medium, the copper content of the initial medium at the start of cell culture is no more than 0.015 ppm, a fish meat hydrolysate with a copper content of no more than 3 ppm as determined by step (a) has been added to a fed-batch medium which is to be added to the initial medium, and the copper ions in the medium at the end of culture are present at no more than 0.1 ppm.
A device for the attachment of soft tissue to a bone tissue, the device comprising: - a flexible wire forming at one of its ends a closed loop for receiving said soft tissue and provided with several corpuscles fixed along its length, the wire being adapted to be introduced into a bone tunnel defining a wall, - a cannulated screw adapted to cooperate with said corpuscles of the wire while being screwed into said bone tunnel , thus blocking the wire between a thread of the screw and the bone tissue, and - a guide pin adapted to cooperate with the screw . - a flexible wire forming at one of its ends a closed loop for receiving said soft tissue and provided with several corpuscles fixed along its length, the wire being adapted to be introduced into a bone tunnel defining a wall, - a cannulated screw adapted to cooperate with said corpuscles of the wire while being screwed into said bone tunnel , thus blocking the wire between a thread of the screw and the bone tissue, and - a guide pin adapted to cooperate with the screw .
A strain sensor mounting device comprising: a strain gauge provided in close contact with a surface of a tie bar and configured to detect strain generated at the surface; an element integrally mounted with the strain gauge ; characterised by , a plate integrally attached at one side of the element and including side end portions which are portions of the plate protruding from the side surfaces of the element ; a mounting body including recessed portions engageable with the side end portions , the mounting body being mounted at the surface of the tie bar in a state of holding the element and while the recessed portions are engaged with the side end portions ; and a fastening band that fastens the element from above the mounting body so as to cause the element to be in close contact with an outer peripheral surface of the tie bar . a strain gauge provided in close contact with a surface of a tie bar and configured to detect strain generated at the surface; an element integrally mounted with the strain gauge ; characterised by , a plate integrally attached at one side of the element and including side end portions which are portions of the plate protruding from the side surfaces of the element ; a mounting body including recessed portions engageable with the side end portions , the mounting body being mounted at the surface of the tie bar in a state of holding the element and while the recessed portions are engaged with the side end portions ; and a fastening band that fastens the element from above the mounting body so as to cause the element to be in close contact with an outer peripheral surface of the tie bar .
A traffic monitoring method, comprising: receiving a first reflected radar signal from a target and tracking a first event attribute as a function of time as the target traverses a first field of view; receiving a second reflected radar signal from the target and tracking a second event attribute as a function of time as the target traverses a second field of view offset from the first field of view by a predetermined distance; transforming the first and second event attributes to obtain first and second sets of frequency coefficients, said transforming including: trimming or padding the first and second event attributes to a predetermined window length; and applying a Fourier transform to each of the first and second event attributes; obtaining a phase difference between the first and second sets of frequency coefficients; determining a slope representing a dependence of the phase difference on frequency by minimizing a mean square error between the phase difference and a line having said slope, the mean square error accounting for phase wrap-arounds; calculating a time-delay from the slope; and determining a speed of the target based on the calculated time-delay and the predetermined distance. receiving a first reflected radar signal from a target and tracking a first event attribute as a function of time as the target traverses a first field of view; receiving a second reflected radar signal from the target and tracking a second event attribute as a function of time as the target traverses a second field of view offset from the first field of view by a predetermined distance; transforming the first and second event attributes to obtain first and second sets of frequency coefficients, said transforming including: trimming or padding the first and second event attributes to a predetermined window length; and applying a Fourier transform to each of the first and second event attributes; trimming or padding the first and second event attributes to a predetermined window length; and applying a Fourier transform to each of the first and second event attributes; obtaining a phase difference between the first and second sets of frequency coefficients; determining a slope representing a dependence of the phase difference on frequency by minimizing a mean square error between the phase difference and a line having said slope, the mean square error accounting for phase wrap-arounds; calculating a time-delay from the slope; and determining a speed of the target based on the calculated time-delay and the predetermined distance.
First access point (AP1) comprising circuitry configured to - communicate with one or more first stations associated with the first access point, - transmit a trigger requesting stations to transmit data units containing channel estimation sequences enabling channel estimation and/or channel feedback information, - determine channel information based on channel estimation sequences and/or the channel feedback information transmitted from one or more of said first stations and from one or more second stations associated with a second access point, and - determine, based on the determined channel information, spatial reuse parameters for use by the first access point for reception of data during spatial reuse of resources allocated to one or more of said first stations for transmission of data to the first access point and by one or more of said second stations for transmission of data to the second access point. - communicate with one or more first stations associated with the first access point, - transmit a trigger requesting stations to transmit data units containing channel estimation sequences enabling channel estimation and/or channel feedback information, - determine channel information based on channel estimation sequences and/or the channel feedback information transmitted from one or more of said first stations and from one or more second stations associated with a second access point, and - determine, based on the determined channel information, spatial reuse parameters for use by the first access point for reception of data during spatial reuse of resources allocated to one or more of said first stations for transmission of data to the first access point and by one or more of said second stations for transmission of data to the second access point.
Wire bushing for the tank wall of an HVDC component, having • an electrode tube or a conductor bolt having a conductor surface and • a sheath made of a cellulose material which is provided on the conductor surface of the electrode tube or of the conductor bolt and fully surrounds the electrode tube or the conductor bolt , • where the sheath consists of a paper winding having several winding plies, the paper winding being wound around the electrode tube or the conductor bolt , characterized in that the sheath consists of multiple layer plies , each layer ply having been produced by winding multiple winding plies and taking the form of a composite consisting of a treated cellulose material • in which particles having a lower specific resistivity compared to the specific resistivity ρ p of the untreated cellulose material are distributed in a concentration above the percolation threshold and/or • in which a coherent network of a conductive polymer having a lower specific resistivity compared to the specific resistivity ρ p of the untreated cellulose material permeates the composite, the specific resistivity of adjacent layer plies which form the sheath being graduated, and the layer ply or layer plies having the lowest specific resistivity adjoining the electrode tube or the conductor bolt . • an electrode tube or a conductor bolt having a conductor surface and • a sheath made of a cellulose material which is provided on the conductor surface of the electrode tube or of the conductor bolt and fully surrounds the electrode tube or the conductor bolt , • where the sheath consists of a paper winding having several winding plies, the paper winding being wound around the electrode tube or the conductor bolt , • in which particles having a lower specific resistivity compared to the specific resistivity ρ p of the untreated cellulose material are distributed in a concentration above the percolation threshold and/or • in which a coherent network of a conductive polymer having a lower specific resistivity compared to the specific resistivity ρ p of the untreated cellulose material permeates the composite,