mhurhangee/ep-ind-claims huggingface dataset:
A method for synchronously performing an operation on contents, wherein the method comprises: sending, by a terminal, a content synchronization request to a remote entity, wherein the remote entity receives content synchronization requests from one or more terminals, when the remote entity determines that terminals transmitting content synchronization requests belong to one group, the remote entity selects the terminal as the master terminal and the rest as slave terminals; receiving a synchronization instruction information sent by the remote entity,; the synchronization instruction information being used to instruct the master terminal to send a synchronization instruction to the slave terminals and instruct the slave terminals to synchronously perform an operation according to the synchronization instruction; determining, by the master terminal, contents to be operated in synchronization; sending, by the master terminal, the contents to be operated in synchronization to the slave terminals according to the synchronization instruction information, respectively; and sending, by the master terminal the synchronization instruction to the slave terminals, the synchronization instruction being used for instructing the slave terminals to synchronously perform an operation on contents to be operated in synchronization. sending, by a terminal, a content synchronization request to a remote entity, wherein the remote entity receives content synchronization requests from one or more terminals, when the remote entity determines that terminals transmitting content synchronization requests belong to one group, the remote entity selects the terminal as the master terminal and the rest as slave terminals; receiving a synchronization instruction information sent by the remote entity,; the synchronization instruction information being used to instruct the master terminal to send a synchronization instruction to the slave terminals and instruct the slave terminals to synchronously perform an operation according to the synchronization instruction; determining, by the master terminal, contents to be operated in synchronization; sending, by the master terminal, the contents to be operated in synchronization to the slave terminals according to the synchronization instruction information, respectively; and sending, by the master terminal the synchronization instruction to the slave terminals, the synchronization instruction being used for instructing the slave terminals to synchronously perform an operation on contents to be operated in synchronization.
A fastening system comprising: a first fastening member having a backspan and a set of lobes extending from the backspan configured to atraumatically pass through tissue; a second fastening member having a backspan and a set of lobes extending from the backspan; and a penetrating member including a first body, a set of teeth, and a first trailing wall, the first body being substantially planar and defining a shelf on the upper surface thereof, the first trailing wall extending orthogonal to a plane defined by the first body along a trailing edge of the first body, the set of teeth extending from a leading edge of the first body opposite the trailing edge of the first body and in the plane defined by the first body, the set of teeth substantially bisect the set of lobes of the first fastening member to penetrate and separate tissue over the lobes when the first trailing wall and the shelf support the backspan of the first fastening member. a first fastening member having a backspan and a set of lobes extending from the backspan configured to atraumatically pass through tissue; a second fastening member having a backspan and a set of lobes extending from the backspan; and a penetrating member including a first body, a set of teeth, and a first trailing wall, the first body being substantially planar and defining a shelf on the upper surface thereof, the first trailing wall extending orthogonal to a plane defined by the first body along a trailing edge of the first body, the set of teeth extending from a leading edge of the first body opposite the trailing edge of the first body and in the plane defined by the first body, the set of teeth substantially bisect the set of lobes of the first fastening member to penetrate and separate tissue over the lobes when the first trailing wall and the shelf support the backspan of the first fastening member.
A communications method comprising: scrambling a plurality of modulation symbols as a function of a wireless terminal identifier to produce scrambled modulation symbols; characterized in that said scrambling includes subjecting said plurality of modulation symbols on a symbol by symbol basis to a phase rotation operation (1512; 1514) wherein each phase rotation is by an amount which is one of a plurality of different amounts, the amount of rotation applied to a particular one of the modulation symbols being determined by a corresponding N bits of said wireless terminal identifier where N is a positive integer; and transmitting said scrambled modulation symbols. scrambling a plurality of modulation symbols as a function of a wireless terminal identifier to produce scrambled modulation symbols; characterized in that said scrambling includes subjecting said plurality of modulation symbols on a symbol by symbol basis to a phase rotation operation (1512; 1514) wherein each phase rotation is by an amount which is one of a plurality of different amounts, the amount of rotation applied to a particular one of the modulation symbols being determined by a corresponding N bits of said wireless terminal identifier where N is a positive integer; and transmitting said scrambled modulation symbols.
Light-emitting diode (1; 100) comprising: - a lower layer, at least partially made of a doped semiconductor, - an upper layer, at least partially made of a doped semiconductor, the lower and upper layers having dopings of opposite types, - an emissive structure, that extends between the lower layer and the upper layer and that is suitable to emit a light radiation when an electric current passes through it, - the upper layer being delimited by an upper surface, through which a portion at least of said light radiation exits, - the lower layer being delimited by a lower surface for injecting electric charges, - the upper surface of the upper layer forming a non-planar three-dimensional structure having hollow patterns, said surface being covered by a contact structure made of one or more electrically-conductive materials, the contact structure (10; 110) extending against said surface, conforming to this non-planar surface, - characterised in that, for each of said patterns, an aspect ratio, equal to the extension (h) of said pattern in a direction perpendicular to said layers (2, 3), divided by a transverse dimension of said pattern in a plane parallel to said layers (2, 3), said dimension being representative of the size of the pattern, is greater than or equal to 2. - a lower layer, at least partially made of a doped semiconductor, - an upper layer, at least partially made of a doped semiconductor, the lower and upper layers having dopings of opposite types, - an emissive structure, that extends between the lower layer and the upper layer and that is suitable to emit a light radiation when an electric current passes through it, - the upper layer being delimited by an upper surface, through which a portion at least of said light radiation exits, - the lower layer being delimited by a lower surface for injecting electric charges, - the upper surface of the upper layer forming a non-planar three-dimensional structure having hollow patterns, said surface being covered by a contact structure made of one or more electrically-conductive materials, the contact structure (10; 110) extending against said surface, conforming to this non-planar surface, - characterised in that, for each of said patterns, an aspect ratio, equal to the extension (h) of said pattern in a direction perpendicular to said layers (2, 3), divided by a transverse dimension of said pattern in a plane parallel to said layers (2, 3), said dimension being representative of the size of the pattern, is greater than or equal to 2.
A tolerance absorbing structure for a wire harness, comprising: a shield shell that is formed in a cylindrical shape so as to have a fitting space therein and has a supporting piece configured to be fastened by a vehicle stud bolt and protruding in a direction perpendicular to an axis line of the fitting space; and an inner holder that is fitted into the fitting space of the shield shell along the axis line direction so as to be held in a manner of being restricted from being separated from the shield shell and has a wire holding hole extending in the axis line direction for fixing wires inserted therein; wherein the inner holder is held within the fitting space of the shield shell so as to have a movable space (d1, d2, d3) in which the inner holder is movable against the shield shell along the axis line direction. a shield shell that is formed in a cylindrical shape so as to have a fitting space therein and has a supporting piece configured to be fastened by a vehicle stud bolt and protruding in a direction perpendicular to an axis line of the fitting space; and an inner holder that is fitted into the fitting space of the shield shell along the axis line direction so as to be held in a manner of being restricted from being separated from the shield shell and has a wire holding hole extending in the axis line direction for fixing wires inserted therein; wherein the inner holder is held within the fitting space of the shield shell so as to have a movable space (d1, d2, d3) in which the inner holder is movable against the shield shell along the axis line direction.
A seal for a bushing on a transformer with fluid insulation, wherein the seal has an elastically compressible, annular design and can be arranged between a ring shoulder of a ceramic insulator and a housing wall of the transformer, characterized in that the seal has an annular sealing body which is enclosed by an outer protective ring, wherein at least one annular groove (14o, 14u) runs between the sealing body and the protective ring.
Process for continuously preparing polymers by polymerizing polymerizable monomers, characterized in that • isobutene and isoprene are copolymerized at temperatures of -100°C to -30°C in the presence of a catalyst, • the polymerization is conducted in a reactor, wherein the reactor at least comprises a tubular reactor housing, wherein the reactor housing has a drive connected to at least one scraper or wiper arranged rotatably within the reactor housing and wherein the scraper or wiper at least one scraper or wiper blade to run across an inner side of the reactor housing, and, in addition, • the reactor has at least one stator equipped with scraper or wiper elements for scraping or wiping the drive. • isobutene and isoprene are copolymerized at temperatures of -100°C to -30°C in the presence of a catalyst, • the polymerization is conducted in a reactor, wherein the reactor at least comprises a tubular reactor housing, wherein the reactor housing has a drive connected to at least one scraper or wiper arranged rotatably within the reactor housing and wherein the scraper or wiper at least one scraper or wiper blade to run across an inner side of the reactor housing, and, in addition, • the reactor has at least one stator equipped with scraper or wiper elements for scraping or wiping the drive.
Discharge apparatus for bringing together at least two pasty masses, comprising receptacles for at least two exchangeable containers (7, 8), at least one pushing-out device which acts on the containers (7, 8), and a premixing chamber element which is able to be connected directly to the containers (7, 8) and which has a premixing chamber, said premixing chamber having a longitudinal axis and a chamber cross section, having a first inlet for a first pasty mass, having at least one second inlet for a second pasty mass, which is adjoined by a feed channel with a delivery opening which opens centrally in the chamber cross section, and having a common outlet for a mixture of the pasty masses, to which a static mixer is able to be attached, wherein that channel section of the feed channel on which the delivery opening is arranged extends into the premixing chamber at right angles to the longitudinal axis.
A method of colour laser marking an article having a polymeric foil with at least one colourless layer containing an infrared absorber, a polymeric binder and a single colour forming compound selected from the group consisting of a leuco dye and a colourless dye-precursor; including the steps of: - laser marking a blue or cyan colour in the colourless layer with an infrared laser using a first laser operation mode; and - laser marking a black colour in the same colourless layer with an infrared laser using a second laser operation mode, wherein the first laser operation mode is a continuous wave mode, wherein the second laser operation mode is a pulsed mode, and wherein the laser operation mode to generate the blue or cyan coloured marking in the colourless layer applies less energy than the laser operation mode used to generate the black coloured marking in the colourless layer. - laser marking a blue or cyan colour in the colourless layer with an infrared laser using a first laser operation mode; and - laser marking a black colour in the same colourless layer with an infrared laser using a second laser operation mode,
A wireless communication device comprising: a circuit board; a cover having a back surface covering a portion of a first surface of the circuit board, and an opening in the back surface, wherein the back surface comprises a substantially radio frequency opaque material; a top antenna disposed within the cover and electrically connected to the circuit board at a first feed point on a first edge of the circuit board; and a secondary antenna disposed within the cover and having a first antenna portion electrically connected to the circuit board at a second feed point, wherein a second antenna portion of the second antenna extends laterally from a second edge of the circuit board over the first surface of the circuit board and between the back surface of the cover and the first surface of the circuit board such that at least a portion of the second antenna portion is exposed through the opening in the back surface, and wherein the back surface is arranged to shield the secondary antenna from transmissions of the top antenna. a circuit board; a cover having a back surface covering a portion of a first surface of the circuit board, and an opening in the back surface, wherein the back surface comprises a substantially radio frequency opaque material; a top antenna disposed within the cover and electrically connected to the circuit board at a first feed point on a first edge of the circuit board; and a secondary antenna disposed within the cover and having a first antenna portion electrically connected to the circuit board at a second feed point,
An inter-compressor case for a gas turbine engine, the inter-compressor case comprising: an outer casing and an inner casing radially spaced apart relative to a longitudinal axis; and a gas path extending from a plurality of radial inlets arranged in a circumferentially spaced apart array around the outer casing to an annular outlet defined by an axially extending downstream portion of the outer casing and an axially extending downstream portion of the inner casing, characterised in that the inter-compressor case further comprises: a plurality of struts having a gas path surface extending across the gas path between the outer casing and the inner casing; and a plurality of flow separators (16, 17) extending from the adjacent radial inlets, the flow separators (16, 17) having trailing edges (18, 19) disposed upstream of the annular outlet, the plurality of flow separators (16, 17) including a plurality of full length flow separators and a plurality of truncated flow separators, the flow separators (16, 17) disposed adjacent to the struts, the truncated flow separators having a truncated trailing edge terminating upstream relative to the trailing edges of the full length flow separators. an outer casing and an inner casing radially spaced apart relative to a longitudinal axis; and a gas path extending from a plurality of radial inlets arranged in a circumferentially spaced apart array around the outer casing to an annular outlet defined by an axially extending downstream portion of the outer casing and an axially extending downstream portion of the inner casing, a plurality of struts having a gas path surface extending across the gas path between the outer casing and the inner casing; and a plurality of flow separators (16, 17) extending from the adjacent radial inlets, the flow separators (16, 17) having trailing edges (18, 19) disposed upstream of the annular outlet, the plurality of flow separators (16, 17) including a plurality of full length flow separators and a plurality of truncated flow separators, the flow separators (16, 17) disposed adjacent to the struts, the truncated flow separators having a truncated trailing edge terminating upstream relative to the trailing edges of the full length flow separators.
A thermochromic ink composition comprising core-shell microcapsules, an aqueous dispersion medium and a decolorization agent, wherein the core-shell microcapsules comprise a core component and a shell component, wherein the core component comprises (a) an electron-donative organic compound, (b) an electron-accepting compound, and (c) a reaction medium for causing a color-forming electron transfer reaction between the components (a) and (b) above the melting or softening point of the core component, and wherein the shell component comprises an organic polymer; wherein the decolorization agent is capable of irreversibly decoloring a colorant formed by the electron transfer reaction between the components (a) and (b); and wherein the decolorization agent is a polyether amine comprising a polyether backbone comprising one or more primary or secondary amino groups attached to the end of the polyether backbone,
A system for implementing a non-integrated Future Air Navigation System / Aeronautical Telecommunication Network, FANS/ATN, Controller Pilot Data Link Communications, CPDLC solution, the system comprising: a first computing system 110 executing a first CPDLC application 114; a second computing system 120 executing a second CPDLC application 124; at least one Human Machine Interface 130 coupled to the first computing system 110 and the second computing system 120, the Human Machine Interface 130 configured to display screens generated by the first CPDLC application 114 and configured to display screen generated by the second CPDLC application 124; and a manager function 134 that arbitrates Human Machine Interface 130 access to the screens generated by the first CPDLC application 114 and the screens generated by the second CPDLC application 124; wherein the manager function 134 restricts access to one or more of the screens generated by the first CPDLC application 114 based on a logon status of the second CPDLC application 124; wherein the manager function 134 restricts access to one or more of the screens generated by the second CPDLC application 124 based on a logon status of the first CPDLC application 114. a first computing system 110 executing a first CPDLC application 114; a second computing system 120 executing a second CPDLC application 124; at least one Human Machine Interface 130 coupled to the first computing system 110 and the second computing system 120, the Human Machine Interface 130 configured to display screens generated by the first CPDLC application 114 and configured to display screen generated by the second CPDLC application 124; and a manager function 134 that arbitrates Human Machine Interface 130 access to the screens generated by the first CPDLC application 114 and the screens generated by the second CPDLC application 124; wherein the manager function 134 restricts access to one or more of the screens generated by the first CPDLC application 114 based on a logon status of the second CPDLC application 124; wherein the manager function 134 restricts access to one or more of the screens generated by the second CPDLC application 124 based on a logon status of the first CPDLC application 114.
A rechargeable battery (100, 200), comprising: an electrode assembly configured to perform charging and discharging; a case enclosing the electrode assembly; a cap plate (40, 240) coupled to an opening of the case; an electrode terminal engaging a terminal hole (H1, H2) of the cap plate (40, 240); and an insulator (70, 270) between an external surface of the cap plate (40, 240) and the electrode terminal, wherein the insulator (70, 270) comprises: a fluid receiving recess (71, 91) at a side of the electrode terminal to receive fluid, and characterized in that the insulator (70, 270) further comprises an outlet (72, 92) extending through the insulator (70, 270) from the fluid receiving recess (71, 91) to discharge the received fluid. an electrode assembly configured to perform charging and discharging; a case enclosing the electrode assembly; a cap plate (40, 240) coupled to an opening of the case; an electrode terminal engaging a terminal hole (H1, H2) of the cap plate (40, 240); and an insulator (70, 270) between an external surface of the cap plate (40, 240) and the electrode terminal, wherein the insulator (70, 270) comprises: a fluid receiving recess (71, 91) at a side of the electrode terminal to receive fluid, and characterized in that the insulator (70, 270) further comprises an outlet (72, 92) extending through the insulator (70, 270) from the fluid receiving recess (71, 91) to discharge the received fluid. a fluid receiving recess (71, 91) at a side of the electrode terminal to receive fluid, and characterized in that the insulator (70, 270) further comprises an outlet (72, 92) extending through the insulator (70, 270) from the fluid receiving recess (71, 91) to discharge the received fluid.
An event notification method, comprising: receiving a subscription request from a subscriber, wherein the subscription request comprises address information for at least one receiver used for receiving an event notification; acquiring multiple pieces of monitored data; determining whether a continuous event notification rule is satisfied during a monitoring time interval; and transmitting the event notification for the subscription request to the at least one receiver in a case that the continuous event notification rule is satisfied, to indicate that a continuous event happens, wherein the satisfaction of continuous event notification rule is determined based on determining whether the value of the monitored data meets a predetermined condition with respect to a predetermined monitoring threshold for at least a predetermined time length threshold. receiving a subscription request from a subscriber, wherein the subscription request comprises address information for at least one receiver used for receiving an event notification; acquiring multiple pieces of monitored data; determining whether a continuous event notification rule is satisfied during a monitoring time interval; and transmitting the event notification for the subscription request to the at least one receiver in a case that the continuous event notification rule is satisfied, to indicate that a continuous event happens, wherein the satisfaction of continuous event notification rule is determined based on determining whether the value of the monitored data meets a predetermined condition with respect to a predetermined monitoring threshold for at least a predetermined time length threshold.
A polymer comprising one or more units of formula I wherein R on each occurrence identically or differently denotes straight-chain or branched alkyl with 16 to 24 C atoms, which is optionally fluorinated.