mhurhangee/patent-ind-claim-en huggingface dataset:
A data transmission method performed by a station, STA, in a wireless local area network, WLAN, system, comprising: generating a physical protocol data unit, PPDU, including a physical preamble and a data field; and transmitting the PPDU, wherein, based on a first data field being transmitted within a specific bandwidth, at least two 106-tone resource units are included in the specific bandwidth which is one of i) a 20MHz bandwidth, ii) a 40MHz bandwidth and iii) a 80MHz bandwidth, based on that i) each of the at least two 106-tone resource units includes first to fourth pilot tones respectively and ii) 106 tones included in each of the at least two 106-tone resource unit are positioned at indices 0 to 105 sequentially: wherein, in each of the at least two 106-tone resource unit, the first pilot tone is positioned at the index 5, the second pilot tone is positioned at the index 31, the third pilot tone is positioned at the index 73, and the fourth pilot tone is positioned at the index 99. generating a physical protocol data unit, PPDU, including a physical preamble and a data field; and transmitting the PPDU, wherein, based on a first data field being transmitted within a specific bandwidth, at least two 106-tone resource units are included in the specific bandwidth which is one of i) a 20MHz bandwidth, ii) a 40MHz bandwidth and iii) a 80MHz bandwidth, based on that i) each of the at least two 106-tone resource units includes first to fourth pilot tones respectively and ii) 106 tones included in each of the at least two 106-tone resource unit are positioned at indices 0 to 105 sequentially: wherein, in each of the at least two 106-tone resource unit, the first pilot tone is positioned at the index 5, the second pilot tone is positioned at the index 31, the third pilot tone is positioned at the index 73, and the fourth pilot tone is positioned at the index 99.
An apparatus for constructing an indoor map, the apparatus comprising: an information extractor configured to extract point cloud information from scan information about each point inside a target facility of which an indoor map is to be constructed; and an indoor map constructer configured to construct the indoor map of the target facility in response to performing a drawing operation on a shape of the target facility based on the point cloud information about each point characterized in that the indoor map constructer is further configured to correct a drawing error that occurs by a movement of a scan device based on acceleration information acquired at the scan device that scans each point inside the target facility. an information extractor configured to extract point cloud information from scan information about each point inside a target facility of which an indoor map is to be constructed; and an indoor map constructer configured to construct the indoor map of the target facility in response to performing a drawing operation on a shape of the target facility based on the point cloud information about each point characterized in that the indoor map constructer is further configured to correct a drawing error that occurs by a movement of a scan device based on acceleration information acquired at the scan device that scans each point inside the target facility.
A nucleic acid loop adapter comprising (i) a sticky end nucleic acid segment designed to hybridize with a sticky end of a target linear nucleic acid; (ii) a first hybridization nucleic acid segment designed to hybridize with a second hybridization nucleic acid segment; (ii) a loop nucleic acid segment that remains single stranded; and (iv) the second hybridization nucleic acid segment, wherein the first hybridization nucleic acid segment comprises or consists of the sequence CAGTCCAGG (SEQ ID NO:2), and/or wherein the second hybridization nucleic acid segment comprises or consists of the sequence CCTGGACTG (SEQ ID NO:3). (i) a sticky end nucleic acid segment designed to hybridize with a sticky end of a target linear nucleic acid; (ii) a first hybridization nucleic acid segment designed to hybridize with a second hybridization nucleic acid segment; (ii) a loop nucleic acid segment that remains single stranded; and (iv) the second hybridization nucleic acid segment, wherein the first hybridization nucleic acid segment comprises or consists of the sequence CAGTCCAGG (SEQ ID NO:2), and/or wherein the second hybridization nucleic acid segment comprises or consists of the sequence CCTGGACTG (SEQ ID NO:3).
A surgical port assembly for use with surgical instruments, comprising: a body having a longitudinal axis, the body including an exterior surface , an interior surface and an interior space defined by the interior surface of the body; and a control interface including a plurality of drive members (118a - 118c; 212-215; 219a-219n; 216a-216n; 310a; 4141, 414b; 513a, 513b) coupled to the body, the drive members being provided within the interior space and wherein at least one of the plurality of drive members is controllable to apply a force to a portion of a shaft of a surgical instrument in a direction perpendicular to a longitudinal axis of the body, when the shaft is disposed within the interior space, to change the tilt angle of the shaft of the surgical instrument, and wherein at least one of the plurality of drive members is controllable to effect translation of the shaft in the longitudinal direction of the body, thereby enabling movement of a distal portion of the surgical instrument to a desired position within a body cavity. a body having a longitudinal axis, the body including an exterior surface , an interior surface and an interior space defined by the interior surface of the body; and a control interface including a plurality of drive members (118a - 118c; 212-215; 219a-219n; 216a-216n; 310a; 4141, 414b; 513a, 513b) coupled to the body, the drive members being provided within the interior space and wherein at least one of the plurality of drive members is controllable to apply a force to a portion of a shaft of a surgical instrument in a direction perpendicular to a longitudinal axis of the body, when the shaft is disposed within the interior space, to change the tilt angle of the shaft of the surgical instrument, and wherein at least one of the plurality of drive members is controllable to effect translation of the shaft in the longitudinal direction of the body, thereby enabling movement of a distal portion of the surgical instrument to a desired position within a body cavity.
A tip for connecting a flexible fluid transport line , the flexible line comprising at least one tubular sheath and at least one layer of tensile armour disposed outside the tubular sheath , the layer of armour comprising a plurality of thread-like armour elements , the tip comprising: - at least one end section of each armour element ; - an end cap with a central axis (X-X') and a cover fixed to the end cap , the end cap and the cover delimiting between them a chamber for receiving each end section ; characterised in that the receiving chamber comprises a first region for anchoring each end section and a second region for monitoring or branching each end section disposed at the front, closer to an end of the flexible line than the first region , and open to the first region , each end section being anchored in the first region , the first region of the receiving chamber being filled with a filling material and the second region of the receiving chamber being filled with a gas. - at least one end section of each armour element ; - an end cap with a central axis (X-X') and a cover fixed to the end cap , the end cap and the cover delimiting between them a chamber for receiving each end section ;
A fiber optic connector, comprising: a connector assembly being an SC connector assembly comprising a connector housing , a ferrule , a spring push , a ferrule holder and a resilient member for biasing the ferrule forward; a first shell and a second shell for securing the connector assembly at a front end of the shells; a connector sleeve assembly comprising a housing comprising one or more features configured for attaching to the connector assembly and a passageway between a first end and a second end, and a ferrule sleeve , wherein the ferrule of the connector assembly is at least partially disposed in the ferrule sleeve when assembled; and a female coupling housing comprising an opening for receiving a complementary connector; characterised by a ferrule insertion stop disposed about a portion of the ferrule , wherein the ferrule insertion stop is a collar disposed about said portion of the ferrule . a connector assembly being an SC connector assembly comprising a connector housing , a ferrule , a spring push , a ferrule holder and a resilient member for biasing the ferrule forward; a first shell and a second shell for securing the connector assembly at a front end of the shells; a connector sleeve assembly comprising a housing comprising one or more features configured for attaching to the connector assembly and a passageway between a first end and a second end, and a ferrule sleeve , wherein the ferrule of the connector assembly is at least partially disposed in the ferrule sleeve when assembled; and a female coupling housing comprising an opening for receiving a complementary connector; characterised by a ferrule insertion stop disposed about a portion of the ferrule , wherein the ferrule insertion stop is a collar disposed about said portion of the ferrule .
Method for exchanging multimedia messages that comply with the Multimedia Messaging Service (MMS) format between a first mobile terminal (Ia) and a second mobile terminal (Ib) that are connected to a communication network , the method comprising the implementation, by a data processing module of the first terminal (Ia), of steps of: (a) receiving, from the network , a first multimedia message transmitted by the second terminal (Ib), the first multimedia message comprising at least one media item; (b) rendering and modifying said media item in a user interface (I) on the basis of actions by a user, the user interface (I) rendering the first message; (c) sending a second multimedia message comprising said modified media item to the second terminal (Ib) . (a) receiving, from the network , a first multimedia message transmitted by the second terminal (Ib), the first multimedia message comprising at least one media item; (b) rendering and modifying said media item in a user interface (I) on the basis of actions by a user, the user interface (I) rendering the first message; (c) sending a second multimedia message comprising said modified media item to the second terminal (Ib) .
A method for performing cell reselection while in a Cell_FACH state when a target cell supports Enhanced Cell FACH, performed by a wireless transmit/receive unit, WTRU, the method comprising: selecting a target cell that supports Enhanced Cell_FACH (202; 402); reading system information broadcast from the target cell, the system information comprising a common high speed downlink shared channel, HS-DSCH, radio network temporary identity, H-RNTI; clearing an H-RNTI received from a source cell; clearing a cell RNTI, C-RNTI, received from the source cell; resetting an HS-DSCH medium access control, MAC-ehs, entity configured in the source cell; configuring a MAC-ehs entity based on the system information comprising the common H-RNTI; configuring a high speed downlink packet access, HSDPA, communication based on the system information comprising the common H-RNTI, and receiving a high speed downlink packet access, HSDPA, transmission in the target cell. selecting a target cell that supports Enhanced Cell_FACH (202; 402); reading system information broadcast from the target cell, the system information comprising a common high speed downlink shared channel, HS-DSCH, radio network temporary identity, H-RNTI; clearing an H-RNTI received from a source cell; clearing a cell RNTI, C-RNTI, received from the source cell; resetting an HS-DSCH medium access control, MAC-ehs, entity configured in the source cell; configuring a MAC-ehs entity based on the system information comprising the common H-RNTI; configuring a high speed downlink packet access, HSDPA, communication based on the system information comprising the common H-RNTI, and receiving a high speed downlink packet access, HSDPA, transmission in the target cell.
A pallet conveyor for a printing system comprising: a track ; a pallet to support a print substrate and move on the track; and a vacuum mechanism to selectively apply a vacuum at the pallet, characterised in that the vacuum is applied such that a boundary of the vacuum applied at the pallet is synchronised with an edge of the print substrate. a track ; a pallet to support a print substrate and move on the track; and a vacuum mechanism to selectively apply a vacuum at the pallet, characterised in that the vacuum is applied such that a boundary of the vacuum applied at the pallet is synchronised with an edge of the print substrate.
A method for providing message encoding or decoding as a service through a distributed network function, DNF , distributed across multiple nodes, the method comprising: at an encode/decode function, EDF, node : receiving , from a connection manager function, CMF, node a first message containing at least one type-length-value, TLV, element; obtaining the at least one TLV element by decoding the content of the first message; generating a message identifier for identifying the at least one TLV element; storing an entry in a data structure that associates the message identifier and the at least one TLV element; receiving a message encode or decode operation request containing the message identifier and an operation identifier from a first node configured to perform a first function associated with the DNF; accessing, using the message identifier, the data structure to obtain the at least one TLV element; performing , using the operation identifier, a message encode or decode operation involving modifying the at least one TLV element decoded from the first message indicated by the message identifier; and sending a response to the first node indicating whether the message encode or decode operation was successfully performed. receiving , from a connection manager function, CMF, node a first message containing at least one type-length-value, TLV, element; obtaining the at least one TLV element by decoding the content of the first message; generating a message identifier for identifying the at least one TLV element; storing an entry in a data structure that associates the message identifier and the at least one TLV element; receiving a message encode or decode operation request containing the message identifier and an operation identifier from a first node configured to perform a first function associated with the DNF; accessing, using the message identifier, the data structure to obtain the at least one TLV element; performing , using the operation identifier, a message encode or decode operation involving modifying the at least one TLV element decoded from the first message indicated by the message identifier; and sending a response to the first node indicating whether the message encode or decode operation was successfully performed.
An optical network comprising a plurality of DWDM network terminals, wherein each DWDM network terminal comprises a reconfigurable optical add/drop multiplexer, ROADM, wherein the ROADM comprises: - a NxN arrayed waveguide grating, AWG, for N = 12 bands, wherein B# designates the band number, wherein the AWG comprises N input ports Pi and N output ports Po, wherein Pi designates the input port and Po designates the output port; and - an optical switch at at least a respective one of the N input ports Pi and/or N output ports Po, so that individual ones of the N bands can be randomly added (Add) or dropped (Drop), wherein the ROADMs of the plurality of terminals are arranged in a unidirectional linear chain arrangement, in a bidirectional linear chain arrangement, in a unidirectional ring arrangement or in a bidirectional ring arrangement, and characterized in that the optical switches are frequency-independent switches and wh erein the N output ports Po are linked with the input ports Pi for the bands B# in accordance with the following equation: Po = Mod Pi − 1 + B # − 1 12 + 1 - a NxN arrayed waveguide grating, AWG, for N = 12 bands, wherein B# designates the band number, wherein the AWG comprises N input ports Pi and N output ports Po, wherein Pi designates the input port and Po designates the output port; and - an optical switch at at least a respective one of the N input ports Pi and/or N output ports Po, so that individual ones of the N bands can be randomly added (Add) or dropped (Drop),
A surgical stapling instrument for stapling tissue, comprising: (a) a handle portion ; (b) first and second opposed clamping members coupled with the handle portion , at least one of the clamping members being movable between an open position for receiving tissue and a closed position for stapling tissue between the clamping members , wherein the first clamping member is configured to receive a plurality of staples, wherein the second clamping member comprises an anvil for forming the staples; (c) a reservoir configured to hold a tissue treatment composition; (d) a fluid conduit for selectively delivering the tissue treatment composition from the reservoir to a region between the first and second clamping members ; characterized in comprising (e) a mincer for mincing tissue fragments of the tissue treatment composition within the stapling instrument. (a) a handle portion ; (b) first and second opposed clamping members coupled with the handle portion , at least one of the clamping members being movable between an open position for receiving tissue and a closed position for stapling tissue between the clamping members , wherein the first clamping member is configured to receive a plurality of staples, wherein the second clamping member comprises an anvil for forming the staples; (c) a reservoir configured to hold a tissue treatment composition; (d) a fluid conduit for selectively delivering the tissue treatment composition from the reservoir to a region between the first and second clamping members ; characterized in comprising (e) a mincer for mincing tissue fragments of the tissue treatment composition within the stapling instrument.
A storage controller comprising: a plurality of parallel input channels configured to simultaneously receive a plurality of data from a plurality of redundant memories, respectively; an error estimation unit configured to generate error information by estimating an error level of the plurality of data; a decision unit configured to perform a logical operation on the plurality of data to generate operation data; an error correction unit configured to generate error correction data by correcting an error of the operation data; and a selection unit configured to select one of the operation data or the error correction data based on the error information. a plurality of parallel input channels configured to simultaneously receive a plurality of data from a plurality of redundant memories, respectively; an error estimation unit configured to generate error information by estimating an error level of the plurality of data; a decision unit configured to perform a logical operation on the plurality of data to generate operation data; an error correction unit configured to generate error correction data by correcting an error of the operation data; and a selection unit configured to select one of the operation data or the error correction data based on the error information.
A guide image generation device comprising: a guide image generation unit configured to generate a guide image for guiding an image correction process of a multi-projection theater, using parameters representing a structure of the multi-projection theater; wherein the guide image comprises a front region corresponding to a front surface of the theater, a left region corresponding to a left wall surface of the theater, and a right region corresponding to a right wall surface of the theater; and wherein the front region comprises a screen area, characterized in that the left region or the right region comprises a masking area, wherein the masking area is defined by using at least a parameter representing a length from back seats of the multi-projection theater to a rear side, and a parameter representing a height of the back seat of the multi-projection theater. a guide image generation unit configured to generate a guide image for guiding an image correction process of a multi-projection theater, using parameters representing a structure of the multi-projection theater; wherein the guide image comprises a front region corresponding to a front surface of the theater, a left region corresponding to a left wall surface of the theater, and a right region corresponding to a right wall surface of the theater; and wherein the front region comprises a screen area, characterized in that the left region or the right region comprises a masking area, wherein the masking area is defined by using at least a parameter representing a length from back seats of the multi-projection theater to a rear side, and a parameter representing a height of the back seat of the multi-projection theater.
A mounting system for locking two pieces of telecommunications equipment so as to prevent relative sliding between the two pieces of telecommunications equipment and relative separation between the two pieces of telecommunications equipment that is in a direction generally perpendicular to the direction of the relative sliding, the mounting system comprising: two pieces of telecommunications equipment ; a first locking feature in the form of a stud defining a stem portion and a flange portion having a larger profile than the stem portion ; a second locking feature in the form of a slot defining a receiver portion and a retention portion , wherein the receiver portion is sized to accommodate the flange portion of the stud and the retention portion is sized to accommodate the stem portion but not the flange portion of the stud ; wherein the first locking feature is located on a first of the two pieces of telecommunications equipment and the second locking feature is located on a second of the two pieces of telecommunications equipment ; and a third locking feature that is configured to prevent relative sliding between the two pieces of telecommunications equipment once the stem portion of the stud has been slid through the retention portion of the slot and the flange portion is out of alignment with the receiver portion of the slot , characterized in that the third locking feature is a cantilever arm provided on the second of the two pieces of telecommunications equipment that is configured to abut the stud to prevent relative sliding between the two pieces of telecommunications equipment . two pieces of telecommunications equipment ; a first locking feature in the form of a stud defining a stem portion and a flange portion having a larger profile than the stem portion ; a second locking feature in the form of a slot defining a receiver portion and a retention portion , wherein the receiver portion is sized to accommodate the flange portion of the stud and the retention portion is sized to accommodate the stem portion but not the flange portion of the stud ; wherein the first locking feature is located on a first of the two pieces of telecommunications equipment and the second locking feature is located on a second of the two pieces of telecommunications equipment ; and a third locking feature that is configured to prevent relative sliding between the two pieces of telecommunications equipment once the stem portion of the stud has been slid through the retention portion of the slot and the flange portion is out of alignment with the receiver portion of the slot , characterized in that the third locking feature is a cantilever arm provided on the second of the two pieces of telecommunications equipment that is configured to abut the stud to prevent relative sliding between the two pieces of telecommunications equipment .