mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: a monitoring apparatus (107; 108; 109) in an ambulatory subsystem local to a living being and a central processing device, the ambulatory subsystem being remote from the central processing device, the monitoring apparatus in the ambulatory subsystem having a real-time analysis responsibility to monitor ECG data; the ambulatory subsystem configured to perform operations including: obtaining ECG signal data for the living being, performing a first analysis on the ECG signal data, and transmitting data associated with the first analysis; the central processing device configured to receive the transmitted data associated with the first analysis and to perform a second analysis of the data associated with the first analysis, a display (180; 185) for displaying data associated with the second analysis, characterized in that wherein the central processing device is further configured to have the ambulatory subsystem perform as the first analysis a determination of fiducial points for multiple QRS complexes and having the central processing device perform the second analysis using the fiducial points to determine heart rate variability, and to change configuration settings in the monitoring apparatus for changing the type or amount of said first analysis performed by the monitoring apparatus. a monitoring apparatus (107; 108; 109) in an ambulatory subsystem local to a living being and a central processing device, the ambulatory subsystem being remote from the central processing device, the monitoring apparatus in the ambulatory subsystem having a real-time analysis responsibility to monitor ECG data; the ambulatory subsystem configured to perform operations including: obtaining ECG signal data for the living being, performing a first analysis on the ECG signal data, and transmitting data associated with the first analysis; obtaining ECG signal data for the living being, performing a first analysis on the ECG signal data, and transmitting data associated with the first analysis; the central processing device configured to receive the transmitted data associated with the first analysis and to perform a second analysis of the data associated with the first analysis, a display (180; 185) for displaying data associated with the second analysis, characterized in that wherein the central processing device is further configured to have the ambulatory subsystem perform as the first analysis a determination of fiducial points for multiple QRS complexes and having the central processing device perform the second analysis using the fiducial points to determine heart rate variability, and to change configuration settings in the monitoring apparatus for changing the type or amount of said first analysis performed by the monitoring apparatus.
Expandable vinyl aromatic polymers comprising between 1 and 10 % by weight, preferably between 2 and 6% by weight, of platelet graphite particles having a polymodal particle size distribution wherein 45 % or more of the total amount of particles has a diameter comprised between 3 μm and 20 μm and wherein 40 % or less of the total amount of particles has a diameter of less than 3 μm, as determined by laser light scattering granulometry.
A Hydrogen Refueling Station (HRS; Hydrogen Refueling Station) for filling a vessel of a vehicle with hydrogen, the HRS comprising: - a hydrogen supply, - a hydrogen outlet fluidly connectable to the vessel of the vehicle, and - a basic process control system comprising a process controller, a plurality of process measuring devices, a plurality of valves and a plurality of associated basic process control functions facilitating monitoring and controlling the operation of the HRS, characterized in that the HRS further comprises a safety instrumented system comprising a safety controller, a plurality of safety measuring devices, a plurality of valves and a plurality of associated safety instrumented functions executable by the safety controller, wherein at least one of the valves facilitates stopping the operation of the HRS under the control of the associated process controller, and at least one of the valves facilitates stopping the operation of the HRS under the control of the associated safety controller. - a hydrogen supply, - a hydrogen outlet fluidly connectable to the vessel of the vehicle, and - a basic process control system comprising a process controller, a plurality of process measuring devices, a plurality of valves and a plurality of associated basic process control functions facilitating monitoring and controlling the operation of the HRS,
An on-off pilot stage valve arrangement for controlling at least one main stage valve (9a, 9b, 9c, 9d), comprising: a first pilot valve discretely operable between two states, an on and an off state, the first pilot valve having an input at which there is a first pressure (p 1) and an output connectable to said main stage valve, a second pilot valve discretely operable between two states, an on and an off state, the second pilot stage valve having an input at which there is a second pressure (p 2) and an output connectable to said main stage valve, wherein both the valves are configured to be off in case the arrangement loses power, the arrangement further comprising a first fixed flow restrictor connected in parallel with the first pilot valve and a second fixed flow restrictor connected in parallel with the second pilot valve. a first pilot valve discretely operable between two states, an on and an off state, the first pilot valve having an input at which there is a first pressure (p 1) and an output connectable to said main stage valve, a second pilot valve discretely operable between two states, an on and an off state, the second pilot stage valve having an input at which there is a second pressure (p 2) and an output connectable to said main stage valve, wherein both the valves are configured to be off in case the arrangement loses power, the arrangement further comprising a first fixed flow restrictor connected in parallel with the first pilot valve and a second fixed flow restrictor connected in parallel with the second pilot valve.
An optoelectronic circuit intended to receive a variable voltage (V ALIM) containing an alternation of rising and falling phases, the optoelectronic circuit comprising light-emitting diodes (D i) and a switching device capable of allowing or of interrupting the flowing of a current (I CS) through each light-emitting diode, the light-emitting diodes comprising a first light-emitting diode covered with a first photoluminescent layer and a second light-emitting diode covered with a second photoluminescent layer, the optoelectronic circuit comprising a first assembly comprising the first light-emitting diode covered with the first photoluminescent layer and capable of emitting a first radiation and a second assembly comprising the second light-emitting diode covered with the second photoluminescent layer and capable of emitting a second radiation, the first and second light-emitting diodes being capable of emitting a third radiation, the first and second photoluminescent layers comprising each at least one first luminophore having a first decay constant and capable of partly absorbing the third radiation and emitting a fourth radiation different from the third radiation, the first and/or the second photoluminescent layers further comprising at least one second luminophore having a second decay constant different from the first decay constant, the switching device being capable of connecting the first and second light-emitting diodes (D i) according to a first order during each rising phase of the variable voltage (V ALIM) and a second order during each falling phase of the variable voltage, characterized in that the relative intensity of the fourth radiation in the first radiation is different from the relative intensity of the fourth radiation in the second radiation.
A method for retarding the aging of or restoring aged asphalt binder comprising: adding a pure sterol:crude sterol blend to an asphalt binder composition, wherein the asphalt binder composition comprises a virgin asphalt binder, aged asphalt binder or both, and wherein the sterol blend comprises a 10:90 to 90:10 weight ratio of pure sterol to crude sterol.
Elevator safety system configured for monitoring an elevator system and comprising: at least one safety node configured for monitoring at least one component of the elevator system and/or of the elevator safety system and providing signals representing the current status of the at least one monitored component; and an evaluator configured for receiving the signals from the at least one safety node; and for determining a safety status of the elevator system and/or of the elevator safety system from a combination of the received signals; characterized in that the evaluator includes a multi-dimensional virtual matrix configured for assigning a safety status to each combination of received signals, wherein the coordinates of the matrix represent different signals indicating a malfunction, and wherein the entries of the matrix addressed by the coordinates represent a safety level and/or a reaction of the elevator safety system to a current safety status represented by the received signals. at least one safety node configured for monitoring at least one component of the elevator system and/or of the elevator safety system and providing signals representing the current status of the at least one monitored component; and an evaluator configured for receiving the signals from the at least one safety node; and for determining a safety status of the elevator system and/or of the elevator safety system from a combination of the received signals; for receiving the signals from the at least one safety node; and for determining a safety status of the elevator system and/or of the elevator safety system from a combination of the received signals; characterized in that the evaluator includes a multi-dimensional virtual matrix configured for assigning a safety status to each combination of received signals, wherein the coordinates of the matrix represent different signals indicating a malfunction, and wherein the entries of the matrix addressed by the coordinates represent a safety level and/or a reaction of the elevator safety system to a current safety status represented by the received signals.
Fountain solution or fountain concentrate containing at least • at least one pH regulator • at least one N-alkylguanidinium salt wherein the fountain solutions necessarily and the fountain concentrates optionally further contain • water, characterized in that n-dodecylguanidinium acetate or n-dodecyl-guanidinium chloride are employed as N-alkylguanidinium salt. • at least one pH regulator • at least one N-alkylguanidinium salt • water,
A method for preparing a crystallized solid material of formula LiCl.2Al 3,nH 2 O with n being comprised between 0.01 and 10, said method comprising at least the following steps: a) mixing, in an aqueous medium, at least one source of alumina and at least one source of lithium for obtaining a suspension, said source of lithium being lithium chloride (LiCl) b) filtrating the suspension obtained in step a) for obtaining a slurry, c) drying the slurry obtained at the end of step b), at a temperature comprised between 20 and 80°C for a period comprised between 1 h and 12 h, d) shaping by extrusion said dried slurry, directly after the drying step c) for obtaining extrudates, said shaping step d) being carried out in the absence of any binder, e) drying extrudates at the end of step d) at a temperature comprised between 20 and 200°C for a period comprised between 1 and 20 hours, for obtaining the crystallized solid material of formula LiCl.2Al 3,nH 2 O as extrudates. a) mixing, in an aqueous medium, at least one source of alumina and at least one source of lithium for obtaining a suspension, said source of lithium being lithium chloride (LiCl) b) filtrating the suspension obtained in step a) for obtaining a slurry, c) drying the slurry obtained at the end of step b), at a temperature comprised between 20 and 80°C for a period comprised between 1 h and 12 h, d) shaping by extrusion said dried slurry, directly after the drying step c) for obtaining extrudates, said shaping step d) being carried out in the absence of any binder, e) drying extrudates at the end of step d) at a temperature comprised between 20 and 200°C for a period comprised between 1 and 20 hours, for obtaining the crystallized solid material of formula LiCl.2Al 3,nH 2 O as extrudates.
A microfluidic culture system capable of providing an environment for biologic growth and/or analysis and/or manipulation comprising: a plurality of micro-culture area units, at least some of said units comprising: a culture area, said area having a fluidic flow inlet allowing loading of cells or other culture objects; a fluidic cross-section medium/reagent channel, said channel providing a desired flow of a culture medium and/or reagent and/or providing access to culture products; and a micro fluidic passage structure, said structure separating said culture area and said channel while providing fluidic connection between said culture area and said channel without disturbing cells or other culture objects; wherein the medium/reagent channel is arranged such that said culture medium and/or reagent in the medium/reagent channel flows around the micro-culture area units without being forced to flow through the micro-culture area units. a culture area, said area having a fluidic flow inlet allowing loading of cells or other culture objects; a fluidic cross-section medium/reagent channel, said channel providing a desired flow of a culture medium and/or reagent and/or providing access to culture products; and a micro fluidic passage structure, said structure separating said culture area and said channel while providing fluidic connection between said culture area and said channel without disturbing cells or other culture objects; wherein the medium/reagent channel is arranged such that said culture medium and/or reagent in the medium/reagent channel flows around the micro-culture area units without being forced to flow through the micro-culture area units.
An expression vector comprising a recombinant siRNA-triggering or RNAi-triggering nucleic acid cassette operably linked to a promoter, the nucleic acid cassette comprising: an initiator sequence that consists of 20 to 25 nucleotides and has an initiation cleavage site between the tenth and eleventh nucleotides counted from the 3' end of the initiator sequence, wherein the initiator sequence is recognised by an RNA-Induced Silencing Complex (RISC) guided by an siRNA or miRNA which binds to the initiator sequence by complementarity; and wherein said initiator sequence is linked to or overlaps with at least one 21-nucleotide gene suppressing segment in 21-nucleotide register counted either upstream or downstream from the initiation cleavage site, wherein when the cassette is transcribed in a plant, RNA transcribed from the gene suppressing segment or its complement is complementary to RNA transcribed from a target gene selected for siRNA inhibition. an initiator sequence that consists of 20 to 25 nucleotides and has an initiation cleavage site between the tenth and eleventh nucleotides counted from the 3' end of the initiator sequence, wherein the initiator sequence is recognised by an RNA-Induced Silencing Complex (RISC) guided by an siRNA or miRNA which binds to the initiator sequence by complementarity; and wherein said initiator sequence is linked to or overlaps with at least one 21-nucleotide gene suppressing segment in 21-nucleotide register counted either upstream or downstream from the initiation cleavage site, wherein when the cassette is transcribed in a plant, RNA transcribed from the gene suppressing segment or its complement is complementary to RNA transcribed from a target gene selected for siRNA inhibition.
A process for producing a polytetrafluoroethylene fine powder, which comprises emulsion-polymerizing tetrafluoroethylene in the presence of an aqueous medium, at least one fluorinated emulsifier selected from the group consisting of a C 4-7 fluorinated carboxylic acid having from 1 to 4 etheric oxygen atoms in its main chain, and its salts, and a radical polymerization initiator, to produce a polytetrafluoroethylene emulsion, adjusting the obtained polytetrafluoroethylene emulsion to a polytetrafluoroethylene concentration of from 10 to 25 mass%, followed by coagulation and stirring at a coagulation temperature of from 5 to 18°C to separate a wet-state polytetrafluoroethylene fine powder, and drying the obtained wet-state polytetrafluoroethylene fine powder to produce a polytetrafluoroethylene fine powder.
Device for protecting a liquid from oxidation, the device comprising a container for holding the liquid, said container having a first aperture at the upper end and comprises first means (5, 50) for supplying said liquid inside said container, second means (6, 60) for supplying said liquid outside said container and a control unit, there being also provided pneumatic control means at least partially housed in said container and intended to produce an overpressure inside said container and on said liquid when the liquid is supplied outside the container, such that following a decrease in the volume of said liquid inside said container, said pneumatic control means increase their volume by an amount equal to the change in the volume of said liquid, said pneumatic control means comprising a variable capacity tank and a pipe supplying and discharging a gas for filling said tank, there being provided means supplying and discharging the filling fluid which are connected to said pipe, said supplying and discharging pipe communicates with said variable capacity tank through a connection placed inside the container characterized in that said supplying and discharging pipe being at the lower end of the container, said supplying and discharging pipe being in communication with the inside of the container through a lower aperture placed at the bottom of said container. there being provided fastening means placed at the bottom of said container intended to hold in place said variable capacity tank.
An electrical junction box with a waterproof structure, including a plurality of connectors (26, 27, 28), a main-body case integrally resin-molded, and a cover integrally resin-molded, the main-body case and the cover being adapted to receive therein an electrical circuit board connected to the connectors (26, 27, 28), and the cover being configured to be attached to the main-body case by a locking projection protruding on an outer surface of a peripheral wall of the main-body case brought into engagement with an engagement projection protruding on an inner surface of a peripheral wall of the cover, characterized in that at least one peripheral wall portion of the peripheral wall of the main-body includes a stepwise portion in which a punched hole is provided for molding of the locking projection, the stepwise portion being provided below the locking projection and being formed such that a lower portion of the stepwise portion is outwardly swollen, a hole-sealing portion is provided at an edge portion of a wall portion of the cover, the wall portion of the cover corresponding to the at least one peripheral wall portion of the main-body case, and the hole-sealing portion is configured to close the punched hole formed on the stepwise portion of the main-body case when the cover is attached to the main-body case, wherein an upper wall portion of the cover comprises tongue-like pieces extending towards the main-body case, the tongue-like pieces being configured to bias an end portion of the at least one peripheral wall portion of the main-body case inserted into slits. a plurality of connectors (26, 27, 28), a main-body case integrally resin-molded, and a cover integrally resin-molded, the main-body case and the cover being adapted to receive therein an electrical circuit board connected to the connectors (26, 27, 28), and the cover being configured to be attached to the main-body case by a locking projection protruding on an outer surface of a peripheral wall of the main-body case brought into engagement with an engagement projection protruding on an inner surface of a peripheral wall of the cover, characterized in that at least one peripheral wall portion of the peripheral wall of the main-body includes a stepwise portion in which a punched hole is provided for molding of the locking projection, the stepwise portion being provided below the locking projection and being formed such that a lower portion of the stepwise portion is outwardly swollen, a hole-sealing portion is provided at an edge portion of a wall portion of the cover, the wall portion of the cover corresponding to the at least one peripheral wall portion of the main-body case, and the hole-sealing portion is configured to close the punched hole formed on the stepwise portion of the main-body case when the cover is attached to the main-body case, wherein an upper wall portion of the cover comprises tongue-like pieces extending towards the main-body case, the tongue-like pieces being configured to bias an end portion of the at least one peripheral wall portion of the main-body case inserted into slits.