mhurhangee/ep-ind-claims huggingface dataset:
A secondary battery, characterized in that, comprising: an electrode assembly, the electrode assembly comprising a main body portion and electrode tabs connected to the main body portion, the electrode tabs each comprising a connecting end portion, a welding end portion, and a middle section connecting the connecting end portion and the welding end portion, the connecting end portion being connected to the main body portion; a top cover assembly, the top cover assembly comprising a rectangular top cover sheet and an insulating separator connected to the top cover sheet; and a top pressing plate, the top pressing plate provided between the insulating separator and the main body portion, the top pressing plate comprising a first surface facing the main body portion, a second surface facing the insulating separator, and an accommodating groove recessed from the second surface toward the first surface, the welding end portion being accommodated in the accommodating groove; the top pressing plate comprises a first boss; the insulating separator comprises a first insulator and a second insulator, the first insulator and the second insulator are spaced apart from each other in the length direction to form an avoidance gap, and the first boss is provided corresponding to the avoidance gap; the first insulator and the second insulator each comprises a second boss, the second boss abuts against a bottom of corresponding one of the two accommodating grooves and a thickness of the second boss is greater than or equal to the depth of corresponding one of the two accommodating grooves. an electrode assembly, the electrode assembly comprising a main body portion and electrode tabs connected to the main body portion, the electrode tabs each comprising a connecting end portion, a welding end portion, and a middle section connecting the connecting end portion and the welding end portion, the connecting end portion being connected to the main body portion; a top cover assembly, the top cover assembly comprising a rectangular top cover sheet and an insulating separator connected to the top cover sheet; and a top pressing plate, the top pressing plate provided between the insulating separator and the main body portion, the top pressing plate comprising a first surface facing the main body portion, a second surface facing the insulating separator, and an accommodating groove recessed from the second surface toward the first surface, the welding end portion being accommodated in the accommodating groove; the top pressing plate comprises a first boss; the insulating separator comprises a first insulator and a second insulator, the first insulator and the second insulator are spaced apart from each other in the length direction to form an avoidance gap, and the first boss is provided corresponding to the avoidance gap; the first insulator and the second insulator each comprises a second boss, the second boss abuts against a bottom of corresponding one of the two accommodating grooves and a thickness of the second boss is greater than or equal to the depth of corresponding one of the two accommodating grooves.
A digital printing device for dynamically printing at least one substrate web statically printed in a reel-fed printing press, wherein the digital printing device performs the dynamic printing in line with the static printing in the reel-fed printing press, with at least one position sensor, which together with at least one digital printing head is moveable on at least one cross member transversely to the transport direction of the respective substrate web and which serves for measuring the respective substrate web for regulating a printing position for the dynamic printing, characterized in that the digital printing device can be provided with a signal via an interface from a signal source of the reel-fed printing press, which comprises at least one speed signal of the reel-fed printing press and a cylinder trigger of the reel-fed printing press, wherein a position sensor control dependent on the cylinder trigger signal and on measurement values of the or each position sensor generates a synchronisation signal for the digital printing device from the cylinder trigger signal, making the same available to a digital printing head control, wherein a speed signal transformer dependent on the speed signal and a predetermined dynamic print resolution generates a feed signal for the digital printing device from the speed signal, making it available to the digital printing head control, and wherein the digital printing head control activates the or each digital printing head dependent on the synchronisation signal and dependent on the feed signal.
A hinge assembly for a ground surface access assembly, the ground surface access assembly comprising a frame and a cover, the hinge assembly comprising a housing configured to receive a tab of the cover, the hinge assembly being configured such that the tab is moveable within the housing to permit the position of the cover relative to the frame to be adjusted, wherein the hinge assembly comprises a structure moveable in the housing by the tab of the cover, the structure comprises a barrel configured to receive the tab, said hinge assembly being characterized in that the barrel being rotatable within the housing by the tab to permit the position of the cover relative to the frame to be adjusted, and the barrel comprising a channel therethrough to receive the tab.
A chewing gum comprising a gum base, bulking agent and flavour component in which the bulking agent comprises a blend of granules consisting of erythritol, said blend comprising at least 50 to 99 wt% of coarse granules which are retained on a sieve of 250 microns, said granules of erythritol forming 5 to 80 wt% of the chewing gum.
A computer-implemented method performed using a system-on-chip, the method comprising: generating, by an image sensor of a computing device, frame data comprising sub-frames (204, 206) of image pixel data; providing, by a first resource (106; 108) of the system-on-chip, the frame data to at least one second resource (108; 106) of the system-on-chip, wherein the frame data is provided to the at least one second resource using an elastic memory buffer and a first data path (124, 126) included in the system-on-chip; providing, by the first resource of the system-on-chip, a token to the at least one second resource of the system-on-chip, wherein the token is provided to the at least one second resource using a second data path included in the system-on-chip; using, by a processor of the system-on-chip, at least the token provided using the second data path to: i) synchronize production of sub-frames of image pixel data provided by the first resource to the at least one second resource; and ii) synchronize consumption of the sub-frames of image pixel data received by the at least one second resource from the elastic memory buffer; and providing, by the at least one second resource of the system-on-chip and using the second data path, a return token to the first resource, wherein the return token corresponds to the token provided by the first resource, and the return token is used along with the token to synchronize production of the sub-frames of image pixel data. generating, by an image sensor of a computing device, frame data comprising sub-frames (204, 206) of image pixel data; providing, by a first resource (106; 108) of the system-on-chip, the frame data to at least one second resource (108; 106) of the system-on-chip, wherein the frame data is provided to the at least one second resource using an elastic memory buffer and a first data path (124, 126) included in the system-on-chip; providing, by the first resource of the system-on-chip, a token to the at least one second resource of the system-on-chip, wherein the token is provided to the at least one second resource using a second data path included in the system-on-chip; using, by a processor of the system-on-chip, at least the token provided using the second data path to: i) synchronize production of sub-frames of image pixel data provided by the first resource to the at least one second resource; and ii) synchronize consumption of the sub-frames of image pixel data received by the at least one second resource from the elastic memory buffer; and i) synchronize production of sub-frames of image pixel data provided by the first resource to the at least one second resource; and ii) synchronize consumption of the sub-frames of image pixel data received by the at least one second resource from the elastic memory buffer; and providing, by the at least one second resource of the system-on-chip and using the second data path, a return token to the first resource, wherein the return token corresponds to the token provided by the first resource, and the return token is used along with the token to synchronize production of the sub-frames of image pixel data.
A method for generating a data unit for transmission via a communication channel, the data unit conforming to a first communication protocol, the method comprising: generating, at a communication device, one or more orthogonal frequency division multiplexing, OFDM, symbols, wherein each OFDM symbol of the one or more OFDM symbols (i) occupies a first bandwidth, (ii) is generated with a first tone spacing, and (iii) includes a set of pilot tones, wherein the first tone spacing is a fraction 1/N of a second tone spacing, the second tone spacing defined for the first bandwidth by a second communication protocol, wherein N is a positive integer greater than one, and the set of pilot tones includes at least a same number of pilot tones as defined for a second bandwidth by the second communication protocol, wherein the second bandwidth is N times the first bandwidth; and generating, at the communication device, the data unit to include the one or more OFDM symbols in a data portion of the data unit. generating, at a communication device, one or more orthogonal frequency division multiplexing, OFDM, symbols, wherein each OFDM symbol of the one or more OFDM symbols (i) occupies a first bandwidth, (ii) is generated with a first tone spacing, and (iii) includes a set of pilot tones, wherein the first tone spacing is a fraction 1/N of a second tone spacing, the second tone spacing defined for the first bandwidth by a second communication protocol, wherein N is a positive integer greater than one, and the set of pilot tones includes at least a same number of pilot tones as defined for a second bandwidth by the second communication protocol, wherein the second bandwidth is N times the first bandwidth; and the first tone spacing is a fraction 1/N of a second tone spacing, the second tone spacing defined for the first bandwidth by a second communication protocol, wherein N is a positive integer greater than one, and the set of pilot tones includes at least a same number of pilot tones as defined for a second bandwidth by the second communication protocol, wherein the second bandwidth is N times the first bandwidth; and generating, at the communication device, the data unit to include the one or more OFDM symbols in a data portion of the data unit.
A method implemented on at least one machine each of which has at least one processor, storage, and a communication platform connected to a network, the method comprising: obtaining one or more alert signals corresponding to one or more alert events of one or more urgency levels at a first time of interest; obtaining a network condition of the network at the first time of interest, wherein the network condition of the network at the first time of interest includes a round-trip time at the first time of interest, a shortest round-trip time of a first time duration that encompasses the first time of interest, and an empirical value of the network condition at the first time of interest; performing a congestion assessment, CGA, at the first time of interest based on the network condition, wherein the CGA is determined based on the round-trip time at the first time of interest and a weight of the round-trip time at the first time of interest, the shortest round-trip time of the first time duration and the empirical value of the network condition at the first time of interest and a weight of the empirical value of the network condition; determining a first communication protocol for sending the one or more alert signals based on the CGA, wherein said first communication protocol determines urgency levels of alert signals to be sent; and causing, based on the first communication protocol and the urgency levels of the one or more alert signals, a first batch of alert signals of the one or more alert signals to be sent via the network. obtaining one or more alert signals corresponding to one or more alert events of one or more urgency levels at a first time of interest; obtaining a network condition of the network at the first time of interest, wherein the network condition of the network at the first time of interest includes a round-trip time at the first time of interest, a shortest round-trip time of a first time duration that encompasses the first time of interest, and an empirical value of the network condition at the first time of interest; performing a congestion assessment, CGA, at the first time of interest based on the network condition, wherein the CGA is determined based on the round-trip time at the first time of interest and a weight of the round-trip time at the first time of interest, the shortest round-trip time of the first time duration and the empirical value of the network condition at the first time of interest and a weight of the empirical value of the network condition; determining a first communication protocol for sending the one or more alert signals based on the CGA, wherein said first communication protocol determines urgency levels of alert signals to be sent; and causing, based on the first communication protocol and the urgency levels of the one or more alert signals, a first batch of alert signals of the one or more alert signals to be sent via the network.
A method of calibrating a sensor comprising a luminescent compound having a luminescence that depends on the concentration of an analyte, and a detector configured to detect light emitted by the luminescent compound, the method comprising: providing a component comprising the luminescent compound in a package that maintains exposure of the luminescent compound to the analyte at a known first concentration; assembling the component into the sensor and measuring a first value of a characteristic of the luminescence of the luminescent compound while exposed to the analyte at the first concentration; measuring a second value of the characteristic of the luminescence of the luminescent compound while exposed to the analyte at a known second concentration different from the first concentration; and determining parameters representing the dependence of the characteristic of the luminescence on concentration of the analyte using the first value and the second value, characterised in that the step of measuring the first value is performed during a predetermined time period following the removal of the component from the package within which the luminescent compound remains exposed to the analyte at the first concentration. providing a component comprising the luminescent compound in a package that maintains exposure of the luminescent compound to the analyte at a known first concentration; assembling the component into the sensor and measuring a first value of a characteristic of the luminescence of the luminescent compound while exposed to the analyte at the first concentration; measuring a second value of the characteristic of the luminescence of the luminescent compound while exposed to the analyte at a known second concentration different from the first concentration; and determining parameters representing the dependence of the characteristic of the luminescence on concentration of the analyte using the first value and the second value, characterised in that the step of measuring the first value is performed during a predetermined time period following the removal of the component from the package within which the luminescent compound remains exposed to the analyte at the first concentration.
A method of manufacturing a fuel cell, comprising: preparing an electrolyte membrane; forming a cathode on one surface of the electrolyte membrane; and forming an anode on another surface of the electrolyte membrane, wherein at least one of the cathode and the anode includes a carried hollow metal nanoparticle complex with a hollow metal nanoparticle including a hollow core portion; a shell portion including a first metal and a second metal; and a cavity ranging from an external surface of the shell portion to the hollow core in one or two or more regions of the shell portion, wherein a diameter of the cavity is 5 % or more and 30% or less of a particle diameter of the hollow metal nanoparticle, and the first metal is nickel (Ni); and the second metal is platinum (Pt), characterized in that at least one of the forming of the cathode and the forming of the anode further includes manufacturing the carried hollow metal nanoparticle complex, and the manufacturing of the carried hollow metal nanoparticle complex includes forming a solution including a solvent, a first metal salt providing a first metal ion or an atomic group ion including the first metal ion in the solvent, a second metal salt providing a second metal ion or an atomic group ion including the second metal ion in the solvent, a first surfactant forming a micelle in the solvent, and a second surfactant forming the micelle together with the first surfactant in the solvent; adding the carrier to the solution to perform agitation; and adding a reducing agent to the solution to form the hollow metal nanoparticle on the carrier. preparing an electrolyte membrane; forming a cathode on one surface of the electrolyte membrane; and forming an anode on another surface of the electrolyte membrane, wherein at least one of the cathode and the anode includes a carried hollow metal nanoparticle complex with a hollow metal nanoparticle including a hollow core portion; a shell portion including a first metal and a second metal; and a cavity ranging from an external surface of the shell portion to the hollow core in one or two or more regions of the shell portion, wherein a diameter of the cavity is 5 % or more and 30% or less of a particle diameter of the hollow metal nanoparticle, and the first metal is nickel (Ni); and the second metal is platinum (Pt), characterized in that at least one of the forming of the cathode and the forming of the anode further includes manufacturing the carried hollow metal nanoparticle complex, and the manufacturing of the carried hollow metal nanoparticle complex includes forming a solution including a solvent, a first metal salt providing a first metal ion or an atomic group ion including the first metal ion in the solvent, a second metal salt providing a second metal ion or an atomic group ion including the second metal ion in the solvent, a first surfactant forming a micelle in the solvent, and a second surfactant forming the micelle together with the first surfactant in the solvent; adding the carrier to the solution to perform agitation; and
A medical device with anti-microbial properties comprising: a catheter having a portion that is partially insertable into the body of a patient and accessible from outside the body once the portion is inserted, wherein the portion has an outer wall, a first active lumen and a second active lumen within the outer wall, and a false lumen within the outer wall, wherein the false lumen has a distal portion and a proximal portion, wherein the proximal portion of the false lumen comprises a hub and the distal portion of the false lumen is sealed, wherein the first and second active lumens (50, 60) are disposed adjacent to and at least partially surround the false lumen, wherein each of the first and second active lumens (50, 60) comprises a distal portion with an opening and a proximal portion with a hub; and a substrate having a first end and a second end, wherein the substrate is comprised of an anti-microbial agent, the substrate is capable of being inserted through the hub into the false lumen by a connector being attached to the second end of the substrate, and the substrate is capable of providing the outer wall with anti-microbial properties. a catheter having a portion that is partially insertable into the body of a patient and accessible from outside the body once the portion is inserted, wherein the portion has an outer wall, a first active lumen and a second active lumen within the outer wall, and a false lumen within the outer wall, wherein the false lumen has a distal portion and a proximal portion, wherein the proximal portion of the false lumen comprises a hub and the distal portion of the false lumen is sealed, wherein the first and second active lumens (50, 60) are disposed adjacent to and at least partially surround the false lumen, wherein each of the first and second active lumens (50, 60) comprises a distal portion with an opening and a proximal portion with a hub; and a substrate having a first end and a second end, wherein the substrate is comprised of an anti-microbial agent, the substrate is capable of being inserted through the hub into the false lumen by a connector being attached to the second end of the substrate, and the substrate is capable of providing the outer wall with anti-microbial properties.
A method for assaying a sample suspected to contain a capsular saccharide from serogroup A Neisseria meningitidis ('MenA-CPS'), comprising the steps of: (i) hydrolysing any MenA-CPS in the sample, to give a hydrolysate; (ii) subjecting the hydrolysate to liquid chromatography; and (iii) detecting any mannosamine-6-phosphate separated in step (ii), wherein the sample includes a lyophilisation stabiliser.
A reel (1, 30, 40, 50, 60) comprising: a cylindrical hub that includes a winding part where a wire is windable; a pair of flanges (4, 5) that are provided on both sides in an axis direction of the hub and that include facing surfaces with the winding part interposed therebetween; a plurality of first information display portions (9, 31, 41, 51, 61) that are formed on a surface opposite to the facing surface of the flange and that are disposed on a first circumference about a shaft center of the hub; and a second information display portion (12, 33, 43, 53, 63) that is formed on the surface of the flange, wherein the second information display portion is disposed in a region surrounded by both inner ends of adjacent first information display portions and the shaft center of the hub, wherein the both inner ends of adjacent first information display portions are the ends on sides where the adjacent first information display portions face each other, characterized in that the second information display portion is disposed on a second circumference having a smaller diameter than that of the first circumference about the shaft center of the hub. a cylindrical hub that includes a winding part where a wire is windable; a pair of flanges (4, 5) that are provided on both sides in an axis direction of the hub and that include facing surfaces with the winding part interposed therebetween; a plurality of first information display portions (9, 31, 41, 51, 61) that are formed on a surface opposite to the facing surface of the flange and that are disposed on a first circumference about a shaft center of the hub; and a second information display portion (12, 33, 43, 53, 63) that is formed on the surface of the flange, wherein the second information display portion is disposed in a region surrounded by both inner ends of adjacent first information display portions and the shaft center of the hub, wherein the both inner ends of adjacent first information display portions are the ends on sides where the adjacent first information display portions face each other,