mhurhangee/patent-ind-claim-en huggingface dataset:
A method for transmitting signals in a wireless network, the method comprising: transmitting, by a transmitter, to a user equipment, UE, a downlink related signaling indicating first uplink frame structure parameters when the UE initially accesses the wireless network; and transmitting , by the transmitter, to the UE, a higher-layer signaling to indicate additional uplink frame structure parameters and an additional sub-band; and receiving , by the transmitter, from the UE, a uplink signal in the additional sub-band with the additional uplink frame structure parameters, wherein the additional uplink frame structure parameters include a first sub-carrier spacing, the first uplink frame structure parameters comprise a second sub-carrier spacing, and either of the first sub-carrier spacing and the second sub-carrier spacing is one of 15 kilohertz, kHz, 30 kHz or 60 kHz. transmitting, by a transmitter, to a user equipment, UE, a downlink related signaling indicating first uplink frame structure parameters when the UE initially accesses the wireless network; and transmitting , by the transmitter, to the UE, a higher-layer signaling to indicate additional uplink frame structure parameters and an additional sub-band; and receiving , by the transmitter, from the UE, a uplink signal in the additional sub-band with the additional uplink frame structure parameters, wherein the additional uplink frame structure parameters include a first sub-carrier spacing, the first uplink frame structure parameters comprise a second sub-carrier spacing, and either of the first sub-carrier spacing and the second sub-carrier spacing is one of 15 kilohertz, kHz, 30 kHz or 60 kHz.
A method for coating a carbon fiber for a composite structure, comprising: spraying a slurry comprising TEOS onto a surface of the carbon fibres ,wherein the slurry is a sol gel comprising a metal precursor and a carrier fluid; and heating the carbon fiber with a heater to treat the slurry at a temperature sufficient such that the slurry decomposes into silica to form a sol gel derived layer on the carbon fiber . spraying a slurry comprising TEOS onto a surface of the carbon fibres ,wherein the slurry is a sol gel comprising a metal precursor and a carrier fluid; and heating the carbon fiber with a heater to treat the slurry at a temperature sufficient such that the slurry decomposes into silica to form a sol gel derived layer on the carbon fiber .
A method of jamming an OFDM operated unmanned aerial vehicle , wherein the method comprises the steps of: - Receiving at least one OFDM stream having several OFDM symbols by means of at least one receiver , thereby obtaining a received signal, - Delaying the received signal by a delay time by means of at least one delay module , thereby generating a delayed signal, - Forwarding the delayed signal to at least one transmitter , and - Transmitting at least one part of the delayed signal by means of the transmitter , wherein the delayed signal is associated with the OFDM stream received, and wherein at least one cyclic prefix of an OFDM symbol is transmitted by the transmitter , characterized in that the delay time is increased over time. - Receiving at least one OFDM stream having several OFDM symbols by means of at least one receiver , thereby obtaining a received signal, - Delaying the received signal by a delay time by means of at least one delay module , thereby generating a delayed signal, - Forwarding the delayed signal to at least one transmitter , and - Transmitting at least one part of the delayed signal by means of the transmitter , wherein the delayed signal is associated with the OFDM stream received, and wherein at least one cyclic prefix of an OFDM symbol is transmitted by the transmitter ,
An imaging element comprising: a pixel including a photoelectric conversion unit configured to perform photoelectric conversion in accordance with incident light and a charge transfer unit configured to transfer a charge generated by the photoelectric conversion; an individual on-chip lens arranged for the pixel and configured to individually collect the incident light; a plurality of phase difference pixels each including a photoelectric conversion unit and a charge transfer unit and arranged adjacent to each other to detect a phase difference; a common on-chip lens arranged in common for the plurality of phase difference pixels and configured to collect the incident light in common; and a pixel circuit formed in a semiconductor substrate and configured to generate an image signal on a basis of the transferred charge, the imaging element being characterized in that the charge transfer units of the plurality of phase difference pixels are arranged between the common on-chip lens and the individual on-chip lens in a region excluding a region where the common on-chip lens is arranged. a pixel including a photoelectric conversion unit configured to perform photoelectric conversion in accordance with incident light and a charge transfer unit configured to transfer a charge generated by the photoelectric conversion; an individual on-chip lens arranged for the pixel and configured to individually collect the incident light; a plurality of phase difference pixels each including a photoelectric conversion unit and a charge transfer unit and arranged adjacent to each other to detect a phase difference; a common on-chip lens arranged in common for the plurality of phase difference pixels and configured to collect the incident light in common; and a pixel circuit formed in a semiconductor substrate and configured to generate an image signal on a basis of the transferred charge, the imaging element being characterized in that the charge transfer units of the plurality of phase difference pixels are arranged between the common on-chip lens and the individual on-chip lens in a region excluding a region where the common on-chip lens is arranged.
A prebiotic composition comprising a combination of 2'fucosyllactose (2'FL) and isomaltooligosaccharide (IMO) in a weight ratio of from 1:1 to 1:10, wherein the 2'FL is present in an amount of from 2 to 8 weight percent (wt.%) and the IMO is present is an amount of from 2 to 80 wt.%, each based on the total weight of the prebiotic composition.
A dressing for treating a tissue site with negative pressure, the dressing comprising: a first layer comprising a manifold having variable density; a second layer adjacent to the first layer , the second layer comprising a polymer film having a plurality of fluid restrictions that are configured to expand in response to a pressure gradient across the polymer film; and a cover adjacent to the first layer , the cover comprising a polymer drape. a first layer comprising a manifold having variable density; a second layer adjacent to the first layer , the second layer comprising a polymer film having a plurality of fluid restrictions that are configured to expand in response to a pressure gradient across the polymer film; and a cover adjacent to the first layer , the cover comprising a polymer drape.
Device for unwrapping a bundle of valuable documents provided with a band , in particular banknotes (BN), wherein the bundle has two mutually opposite main sides which are formed by the topmost and the bottommost valuable document of the bundle , and the band has two end-side portions which run on end sides of the bundle that are formed by mutually opposite edges of the valuable documents; wherein the device during unwrapping is configured to peel off the band from the bundle but to not damage the band; and wherein the device furthermore has: - a holding installation which is specified to hold at least one of the end-side portions of the band and to at least partially lift said end-side portion , relative to the at least one end side of the bundle , in a direction pointing away from the bundle so as to enable the band to be more easily peeled off from the bundle; and - a retrieving installation which is specified to act on at least one of the main sides of the bundle so as to convey the bundle out of the band while the at least one end-side portion of the band is held by the holding installation . wherein the device during unwrapping is configured to peel off the band from the bundle but to not damage the band; and wherein the device furthermore has: - a holding installation which is specified to hold at least one of the end-side portions of the band and to at least partially lift said end-side portion , relative to the at least one end side of the bundle , in a direction pointing away from the bundle so as to enable the band to be more easily peeled off from the bundle; and - a retrieving installation which is specified to act on at least one of the main sides of the bundle so as to convey the bundle out of the band while the at least one end-side portion of the band is held by the holding installation . - a holding installation which is specified to hold at least one of the end-side portions of the band and to at least partially lift said end-side portion , relative to the at least one end side of the bundle , in a direction pointing away from the bundle so as to enable the band to be more easily peeled off from the bundle; and - a retrieving installation which is specified to act on at least one of the main sides of the bundle so as to convey the bundle out of the band while the at least one end-side portion of the band is held by the holding installation .
Method for operating a Coriolis mass flowmeter having at least one measuring tube , at least one oscillation generator , at least one oscillation sensor and at least one strain sensor , wherein the oscillation generator is actuated with an oscillation excitation signal and the measuring tube is excited to oscillation by the oscillation generator , wherein the oscillation of the measuring tube is detected by the oscillation sensor and an oscillation sensor signal is generated, wherein the strain sensor is mechanically coupled to the measuring tube via a connection , and wherein the oscillation of the measuring tube is measured by the strain sensor and a strain sensor signal is generated representing the oscillation of the measuring tube characterized in that a correlation between the strain sensor signal and an oscillation signal representing the oscillation of the measuring tube is identified, that a temporal change of the correlation is determined, and that a decrease of the correlation with the passing of time is associated with a decrease in the mechanical coupling via the connection .
A method of supporting provision of a connection via a data communication network, DCN , of an optical network between a first packet network island and a second packet network island , wherein the first packet network island and the second packet network island are connected with the optical network by means of a Generalized Multiprotocol Label Switching User-to-Network Interface, GMPLS UNI , respectively, the method comprising: • establishing a Border Gateway Protocol-Link State, BGP-LS, connection via the DCN between a first edge node (EN1) of the first packet network island and a BGP-LS node (209-3) in the optical network , and • establishing a BGP-LS connection via the DCN between a second edge node (EN2) of the second packet network island and the BGP-LS node (209-3) in the optical network , wherein the step of establishing the BGP-LS connection via the DCN between the first edge node (EN1) of the first packet network island and the BGP-LS node (209-3) in the optical network comprises: • configuring, in the first edge node (EN1), the Internet Protocol, IP, address of the BGP-LS node (209-3) in the optical network ; • configuring, in the BGP-LS node (209-3) in the optical network , the IP address of the GMPLS UNI in the first edge node (EN1) as the IP address of the BGP-LS neighbour; and • establishing, by the DCN , the connection between the first edge node (EN1) and the BGP-LS node (209-3) in the optical network ; • characterized by distributing, via the established connection between the first edge node (EN1) and the second edge node (EN2), link Network Layer Reachability Information, NLRIs, that is subject to policy configuration in the BGP-LS node (209-3) in the optical network . • establishing a Border Gateway Protocol-Link State, BGP-LS, connection via the DCN between a first edge node (EN1) of the first packet network island and a BGP-LS node (209-3) in the optical network , and • establishing a BGP-LS connection via the DCN between a second edge node (EN2) of the second packet network island and the BGP-LS node (209-3) in the optical network , • configuring, in the first edge node (EN1), the Internet Protocol, IP, address of the BGP-LS node (209-3) in the optical network ; • configuring, in the BGP-LS node (209-3) in the optical network , the IP address of the GMPLS UNI in the first edge node (EN1) as the IP address of the BGP-LS neighbour; and • establishing, by the DCN , the connection between the first edge node (EN1) and the BGP-LS node (209-3) in the optical network ; • characterized by distributing, via the established connection between the first edge node (EN1) and the second edge node (EN2), link Network Layer Reachability Information, NLRIs, that is subject to policy configuration in the BGP-LS node (209-3) in the optical network .
A method of producing a musical instrument comprising a sound board, wherein an acoustic material comprising a plurality of wood veneers laminated via an adhesive is used as the sound board, wherein to form the acoustic material, the veneer is impregnated with the adhesive, and adjacent veneers are arranged to be substantially in contact with one another, the method being characterised in that the adjacent veneers are impregnated with the adhesive in an amount of no less than 1 g/m 2 and no greater than 50 g/m 2 per unit area in and around a boundary region of the adjacent veneers, and wherein the laminate of the veneers is pressed at a pressing pressure in the range of from 0.3 MPa to 2.0 MPa.
A method for rectifying degradation of a photovoltaic module in a photovoltaic power station, wherein the method comprises: controlling a to-be-rectified photovoltaic module in a photovoltaic power station to stop outputting, wherein the to-be-rectified photovoltaic module comprises one photovoltaic module or at least two serially-connected photovoltaic modules; and injecting a rectification current into a positive or negative electrode of the to-be-rectified photovoltaic module ; wherein the injecting a rectification current into a positive or negative electrode of the to-be-rectified photovoltaic module comprises: determining a value of the rectification current for the to-be-rectified photovoltaic module and a length of a rectification time period of the to-be-rectified photovoltaic module; and injecting the current into the to-be-rectified photovoltaic module based on the determined value of the rectification current and the determined length of the rectification time period; characterized in that the method further comprises determining current environment information, wherein the current environment information comprises at least one of an ambient temperature, a wind speed, and a solar light intensity; and adjusting the determined value of the rectification current and the determined length of the rectification time period based on the current environment information. controlling a to-be-rectified photovoltaic module in a photovoltaic power station to stop outputting, wherein the to-be-rectified photovoltaic module comprises one photovoltaic module or at least two serially-connected photovoltaic modules; and injecting a rectification current into a positive or negative electrode of the to-be-rectified photovoltaic module ; wherein the injecting a rectification current into a positive or negative electrode of the to-be-rectified photovoltaic module comprises: determining a value of the rectification current for the to-be-rectified photovoltaic module and a length of a rectification time period of the to-be-rectified photovoltaic module; and injecting the current into the to-be-rectified photovoltaic module based on the determined value of the rectification current and the determined length of the rectification time period; determining a value of the rectification current for the to-be-rectified photovoltaic module and a length of a rectification time period of the to-be-rectified photovoltaic module; and injecting the current into the to-be-rectified photovoltaic module based on the determined value of the rectification current and the determined length of the rectification time period; characterized in that the method further comprises determining current environment information, wherein the current environment information comprises at least one of an ambient temperature, a wind speed, and a solar light intensity; and adjusting the determined value of the rectification current and the determined length of the rectification time period based on the current environment information.
A method that facilitates sending frames that include control messages in a wireless communication environment (100; 200), comprising: assigning indices to a set of control messages; restricting transmission of respective subsets of the control messages to respective, intended recipient access terminals (116;122; 204; 206; 800) based on the indices; wherein the control messages include shared and unshared link assignment blocks, LABs, further comprising: assigning indices to shared LABs in a frame; assigning indices to unshared LABs in the frame as a function of hashes of identifiers corresponding to the respective, intended recipient access terminals (116;122; 204; 206; 800); and transmitting the frame that includes the shared LABs and the unshared LABs ordered according to the assigned indices. assigning indices to a set of control messages; restricting transmission of respective subsets of the control messages to respective, intended recipient access terminals (116;122; 204; 206; 800) based on the indices; assigning indices to shared LABs in a frame; assigning indices to unshared LABs in the frame as a function of hashes of identifiers corresponding to the respective, intended recipient access terminals (116;122; 204; 206; 800); and transmitting the frame that includes the shared LABs and the unshared LABs ordered according to the assigned indices.
A gas turbine engine defining a radial direction R, the gas turbine engine comprising: a core engine including an outer casing ; an engine air flowpath extending through the core engine ; a cooling air flowpath extending outwardly generally along the radial direction R between an inlet in flow communication with the engine air flowpath and an outlet defined by an opening in the outer casing of the core engine ; and a heat exchanger positioned at least partially within the outer casing of the core engine , the cooling air flowpath extending over or through the heat exchanger ; wherein the core engine defines a plurality of bleed air flowpaths extending outwardly generally along the radial direction R from the engine air flowpath through the outer casing , wherein the gas turbine engine further defines a circumferential direction C, and wherein the bleed air flowpaths and the cooling air flowpath are spaced along the circumferential direction C; and wherein the core engine includes an inner liner and an outer liner spaced from one another along the radial direction R and at least partially defining the engine air flowpath , wherein the core engine also includes a pair of sidewalls extending outwardly along the radial direction R from the outer liner at least partially defining the cooling air flowpath , wherein each of the sidewalls defines an opening allowing for air to flow between the cooling air flowpath and one or more of the bleed air flowpaths . a core engine including an outer casing ; an engine air flowpath extending through the core engine ; a cooling air flowpath extending outwardly generally along the radial direction R between an inlet in flow communication with the engine air flowpath and an outlet defined by an opening in the outer casing of the core engine ; and a heat exchanger positioned at least partially within the outer casing of the core engine , the cooling air flowpath extending over or through the heat exchanger ; wherein the core engine defines a plurality of bleed air flowpaths extending outwardly generally along the radial direction R from the engine air flowpath through the outer casing , wherein the gas turbine engine further defines a circumferential direction C, and wherein the bleed air flowpaths and the cooling air flowpath are spaced along the circumferential direction C; and wherein the core engine includes an inner liner and an outer liner spaced from one another along the radial direction R and at least partially defining the engine air flowpath , wherein the core engine also includes a pair of sidewalls extending outwardly along the radial direction R from the outer liner at least partially defining the cooling air flowpath , wherein each of the sidewalls defines an opening allowing for air to flow between the cooling air flowpath and one or more of the bleed air flowpaths .
A method for performing dynamic lane definition on a road for a plurality of vehicles travelling on the road, comprising: accessing vehicle information for a vehicle of the plurality of vehicles; accessing road information for the road; and dynamically defining at least one lane for the road based on the road information and the vehicle information, and providing the at least one lane to the vehicle; wherein dynamically defining the at least one lane further comprises: obtaining information regarding a portion of the road; defining a temporarily reduced road width of the road based on the obtained information, and eliminating or merging at least one previously defined lane for the road based on the temporarily reduced road width. accessing vehicle information for a vehicle of the plurality of vehicles; accessing road information for the road; and dynamically defining at least one lane for the road based on the road information and the vehicle information, and providing the at least one lane to the vehicle; wherein dynamically defining the at least one lane further comprises: obtaining information regarding a portion of the road; defining a temporarily reduced road width of the road based on the obtained information, and eliminating or merging at least one previously defined lane for the road based on the temporarily reduced road width. obtaining information regarding a portion of the road; defining a temporarily reduced road width of the road based on the obtained information, and eliminating or merging at least one previously defined lane for the road based on the temporarily reduced road width.