mhurhangee/ep-ind-claims huggingface dataset:
Cerebral vascular device comprising: continuous braided structure comprising a plurality of wires, the braided structure having a proximal portion, a distal portion, a first expandable portion between the proximal portion and the distal portion, the first expandable portion comprising a plurality of wires oriented at a lower braid angle than the braid angle of at least a portion of the proximal portion relative to the longitudinal axis of the braided structure, wherein the braid angle of the first expandable portion is less than or equal to 10 degrees as measured from the longitudinal axis of the braided structure; and a lumen extending from the proximal portion to the distal portion; the proximal portion and the distal portion each having an outer diameter and an inner diameter and further including polymer imbedded at least partially into the braided structure; core wire having a proximal end and a distal end, the core wire located within the lumen and extending from the braided structure proximal portion to a point at or distal to the braided structure distal portion; and atraumatic component attached to the core wire distal end and having an outer diameter at least equal to the inner diameter of the braided structure distal portion. continuous braided structure comprising a plurality of wires, the braided structure having a proximal portion, a distal portion, a first expandable portion between the proximal portion and the distal portion, the first expandable portion comprising a plurality of wires oriented at a lower braid angle than the braid angle of at least a portion of the proximal portion relative to the longitudinal axis of the braided structure, wherein the braid angle of the first expandable portion is less than or equal to 10 degrees as measured from the longitudinal axis of the braided structure; and a lumen extending from the proximal portion to the distal portion; the proximal portion and the distal portion each having an outer diameter and an inner diameter and further including polymer imbedded at least partially into the braided structure; core wire having a proximal end and a distal end, the core wire located within the lumen and extending from the braided structure proximal portion to a point at or distal to the braided structure distal portion; and atraumatic component attached to the core wire distal end and having an outer diameter at least equal to the inner diameter of the braided structure distal portion.
Process for the production of reactive oxygen or nitrogen species (RONS) in liquid solution, said process comprising the steps of: - feeding a gas mixture to a ionization chamber of a plasma sputtering device, said gas mixture comprising oxygen and/or oxygen allotropes, - transformation within said ionization chamber, of said gas mixture in plasma containing RONS, - extraction of said plasma from said ionization chamber by making it pass through holes provided in a target material of said plasma sputtering device, with said target material not sputtering atoms thanks to the fact that said plasma sputtering device is operated below a threshold energy level below which the energy associated with the electrons with which the target material is bombed does not allow the sputtering process, - feeding said plasma containing RONS to a gas side of a semipermeable membrane filter arranged to be fed at a fluid side with a fluid for injectable solutions, so that RONS present in said plasma can pass through said membrane to get into solution with said fluid for injectable solutions, said fluid for injectable solutions with said RONS in solution being collected and conveyed at the output of said semipermeable membrane filter. - feeding a gas mixture to a ionization chamber of a plasma sputtering device, said gas mixture comprising oxygen and/or oxygen allotropes, - transformation within said ionization chamber, of said gas mixture in plasma containing RONS, - extraction of said plasma from said ionization chamber by making it pass through holes provided in a target material of said plasma sputtering device, with said target material not sputtering atoms thanks to the fact that said plasma sputtering device is operated below a threshold energy level below which the energy associated with the electrons with which the target material is bombed does not allow the sputtering process, - feeding said plasma containing RONS to a gas side of a semipermeable membrane filter arranged to be fed at a fluid side with a fluid for injectable solutions, so that RONS present in said plasma can pass through said membrane to get into solution with said fluid for injectable solutions, said fluid for injectable solutions with said RONS in solution being collected and conveyed at the output of said semipermeable membrane filter.
A redox-flow battery comprising: a) a positive compartment comprising a positive electrode and a catholyte, wherein said catholyte is an alkaline ferrocyanide solution; b) a catholyte reservoir container connected in fluid communication with the positive compartment through at least one conduct and said container comprising: - catholyte and - a solid electroactive material, wherein said solid electroactive material is confined within the container; wherein the solid electroactive material is a metal hydroxide selected from Ni 2, Co 2, Mn 2 or Ni x Mn y Co z 2, wherein x, y and z varies between 0 and 1; c) a negative compartment comprising a negative electrode and an anolyte, wherein said anolyte is an alkaline solution; d) an anolyte reservoir container connected in fluid communication with the negative compartment through at least one conduct and said container comprising anolyte; and e) a power/load source. a) a positive compartment comprising a positive electrode and a catholyte, wherein said catholyte is an alkaline ferrocyanide solution; b) a catholyte reservoir container connected in fluid communication with the positive compartment through at least one conduct and said container comprising: - catholyte and - a solid electroactive material, wherein said solid electroactive material is confined within the container; wherein the solid electroactive material is a metal hydroxide selected from Ni 2, Co 2, Mn 2 or Ni x Mn y Co z 2, wherein x, y and z varies between 0 and 1; - catholyte and - a solid electroactive material, c) a negative compartment comprising a negative electrode and an anolyte, wherein said anolyte is an alkaline solution; d) an anolyte reservoir container connected in fluid communication with the negative compartment through at least one conduct and said container comprising anolyte; and e) a power/load source.
Front connector for connecting signal lines to an input/output assembly of the control engineering, having a plurality of connection elements for the signal lines arranged on a front side and contact means arranged on a rear side for making contact with an input/output assembly, wherein the connection elements and the contact means comprise a cuboid retaining body, wherein a shield bracket designed to be U-shaped and comprising - a first leg, - a second leg and - a middle part, is arranged around the retaining body such that the first leg extends laterally to a first longitudinal side and the second leg extends laterally to a second longitudinal side of the retaining body, wherein the middle part is arranged upstream of a lower front surface of the retaining body, characterised in that a feed-in block which is structurally separate from the retaining body is arranged downstream of the lower front surface of the retaining body, wherein a shield hood is arranged at least partially around the feed-in block, wherein the upstream middle part at least partially surrounds the feed-in block and is arranged such that the shield hood is in electrical contact with the middle part. - a first leg, - a second leg and - a middle part,
An in vitro method for predicting the risk of getting cancer in a female subject that does not suffer from cancer comprising: • determining the level of pro-neurotensin 1-117 or fragments thereof of at least 5 amino acids or pro-neurotensin 1-117 comprising peptides by an immuno-assay or determining the level of pro-neurotensin 1-117 in a bodily fluid obtained from said female subject; and • correlating said level of pro-neurotensin 1-117 or fragments thereof or pro-neurotensin 1-117 comprising peptides with the risk of getting cancer, wherein an elevated level is predictive for an enhanced risk of getting cancer, and wherein said cancer is breast cancer and, wherein said pro-neurotensin 1-117 is a peptide according to SEQ ID NO 5, and wherein said pro-neurotensin 1-117 comprising peptides are selected from a group of peptides comprising the peptide sequences of SEQ ID NO 1, 2, 6 and 7, and wherein the bodily fluid is taken from a fasting female subject. • determining the level of pro-neurotensin 1-117 or fragments thereof of at least 5 amino acids or pro-neurotensin 1-117 comprising peptides by an immuno-assay or determining the level of pro-neurotensin 1-117 in a bodily fluid obtained from said female subject; and • correlating said level of pro-neurotensin 1-117 or fragments thereof or pro-neurotensin 1-117 comprising peptides with the risk of getting cancer, wherein an elevated level is predictive for an enhanced risk of getting cancer, and
A lightning protection system for a wind turbine blade, the wind turbine blade comprises a root end and a tip end and a longitudinal axis, a pressure side and a suction side, the pressure side and the suction side are the outer faces of the wind turbine blade, and a structural element extending along the longitudinal axis, the structural element is a spar or beam made of fibre reinforced polymer, the lightning protection system comprising: - a first down conductor extending from the tip end to a tip connection block arranged at a predetermined distance from the tip end, the first down conductor being electrically connected with the tip connection block, - a second down conductor extending from the tip connection block between and along the structural element and the pressure side towards a root connection block arranged at the root end, - a third down conductor extending from the tip connection block between and along the structural element and the suction side towards the root connection block, - the second down conductor comprises a first expanded foil or a first mesh and the third down conductor comprises a second expanded foil or a second mesh, the first expanded foil or first mesh and the second expanded foil or second mesh are made of a conductive material, the first expanded foil or first mesh and the second expanded foil or second mesh comprise a plurality of conductive connection points, the conductive connection points are arranged in the vicinity of the tip connection block and the root connection block and are electrically connected with the tip connector block and the root connection block, respectively. - a first down conductor extending from the tip end to a tip connection block arranged at a predetermined distance from the tip end, the first down conductor being electrically connected with the tip connection block, - a second down conductor extending from the tip connection block between and along the structural element and the pressure side towards a root connection block arranged at the root end, - a third down conductor extending from the tip connection block between and along the structural element and the suction side towards the root connection block, - the second down conductor comprises a first expanded foil or a first mesh and the third down conductor comprises a second expanded foil or a second mesh, the first expanded foil or first mesh and the second expanded foil or second mesh are made of a conductive material, the first expanded foil or first mesh and the second expanded foil or second mesh comprise a plurality of conductive connection points, the conductive connection points are arranged in the vicinity of the tip connection block and the root connection block and are electrically connected with the tip connector block and the root connection block, respectively.
A data communication wireless apparatus comprising: obtaining means for obtaining information on the movement speed and movement direction of an arbitrary wireless apparatus; user apparatus motion detector for detecting the movement speed and movement direction of the data communication wireless apparatus; determination means for determining whether the movement speed obtained by the obtaining means is the same as the movement speed detected by the user apparatus motion detector, within a predetermined range of speeds, and whether the movement direction obtained by the obtaining means is the same as the movement direction detected by the user apparatus motion detector, within a predetermined range of directions; communication determination means for determining whether or not communication is to be performed with the arbitrary apparatus on the basis of the determination output of the determination means; and communication means for starting predetermined data communication with the arbitrary apparatus when the communication determination means determines that communication is to be performed with the arbitrary apparatus. obtaining means for obtaining information on the movement speed and movement direction of an arbitrary wireless apparatus; user apparatus motion detector for detecting the movement speed and movement direction of the data communication wireless apparatus; determination means for determining whether the movement speed obtained by the obtaining means is the same as the movement speed detected by the user apparatus motion detector, within a predetermined range of speeds, and whether the movement direction obtained by the obtaining means is the same as the movement direction detected by the user apparatus motion detector, within a predetermined range of directions; communication determination means for determining whether or not communication is to be performed with the arbitrary apparatus on the basis of the determination output of the determination means; and communication means for starting predetermined data communication with the arbitrary apparatus when the communication determination means determines that communication is to be performed with the arbitrary apparatus.
An engine drive apparatus comprising: an engine configured to generate a power by combusting mixed gas of air and gas fuel; a fan assembly arranged in an upstream of the engine and configured to super-charge the mixed gas towards the engine; a mixer provided in an upstream of the engine and configured to mix the air and the fuel with each other, an air flow path configured to guide air towards the mixer; a mixed air flow path configured to guide the mixed gas towards the engine; and a flow path forming case comprising a first space in communication with the air flow path and a second space independent from the first space and in communication with the mixed gas flow path; and a separation plate provided in the flow path forming case configured to divide an internal space into the first space and the second space; wherein the fan assembly comprises: a motor arranged in the first space; and a fan connected with the motor via a shaft to drive, the fan being_ arranged in the second space, wherein the mixer is provided in an upstream of the fan, and wherein the air is supplied to the mixer after passing through the motor. an engine configured to generate a power by combusting mixed gas of air and gas fuel; a fan assembly arranged in an upstream of the engine and configured to super-charge the mixed gas towards the engine; a mixer provided in an upstream of the engine and configured to mix the air and the fuel with each other, an air flow path configured to guide air towards the mixer; a mixed air flow path configured to guide the mixed gas towards the engine; and a flow path forming case comprising a first space in communication with the air flow path and a second space independent from the first space and in communication with the mixed gas flow path; and a separation plate provided in the flow path forming case configured to divide an internal space into the first space and the second space; wherein the fan assembly comprises: a motor arranged in the first space; and a fan connected with the motor via a shaft to drive, the fan being_ arranged in the second space, a motor arranged in the first space; and a fan connected with the motor via a shaft to drive, the fan being_ arranged in the second space, wherein the mixer is provided in an upstream of the fan, and wherein the air is supplied to the mixer after passing through the motor.
A gelled solvent system, which is a pourable liquid above the dissolution temperature and is a stable gel below the gelling temperature, and comprises (i) at least one gelling agent of formula wherein R is a linear, branched or cyclic C 3-18 -moiety; and R', R" each individually are selected from linear or branched C 1-36 -alkanes or -arylalkanes, α-methyl branched C 2-36 -alkanes, α-methyl branched C 2-36 -ethers, β-methyl branched C 2-36 -alkanes, and β-methyl branched C 2-36 -ethers; wherein if R' and R" are the same, then both are selected from α-methyl branched C 2-18 -ethers and β-methyl branched C 2-18 -ethers; L, L' each independently are selected from ethylene oxide chains, propylene oxide chains, and mixtures thereof, and the chains may comprise one or a plurality of repeat units; and (ii) at least one non-polar solvent which is an aprotic solvent. (i) at least one gelling agent of formula wherein R is a linear, branched or cyclic C 3-18 -moiety; and R', R" each individually are selected from linear or branched C 1-36 -alkanes or -arylalkanes, α-methyl branched C 2-36 -alkanes, α-methyl branched C 2-36 -ethers, β-methyl branched C 2-36 -alkanes, and β-methyl branched C 2-36 -ethers; wherein if R' and R" are the same, then both are selected from α-methyl branched C 2-18 -ethers and β-methyl branched C 2-18 -ethers; L, L' each independently are selected from ethylene oxide chains, propylene oxide chains, and mixtures thereof, and the chains may comprise one or a plurality of repeat units; and R is a linear, branched or cyclic C 3-18 -moiety; and R', R" each individually are selected from linear or branched C 1-36 -alkanes or -arylalkanes, α-methyl branched C 2-36 -alkanes, α-methyl branched C 2-36 -ethers, β-methyl branched C 2-36 -alkanes, and β-methyl branched C 2-36 -ethers; wherein if R' and R" are the same, then both are selected from α-methyl branched C 2-18 -ethers and β-methyl branched C 2-18 -ethers; L, L' each independently are selected from ethylene oxide chains, propylene oxide chains, and mixtures thereof, and the chains may comprise one or a plurality of repeat units; and (ii) at least one non-polar solvent which is an aprotic solvent.
A process for recovering polymer solids from a polymerisation effluent, which comprises the steps of: (a) extracting the polymerisation effluent from a polymerisation reactor; (b) passing the effluent, or a part thereof, to a single-stage or multi-stage flash vessel for flashing liquid in the effluent to vapour, and removing said vapour from said flash vessel; (c) passing the polymer solids to a purge vessel for removing residual liquid from the polymer solids; characterised in that, between the flash vessel and the purge vessel, the polymer solids are passed to a transfer vessel wherein the level of polymer solids is maintained up to a pre-determined level, wherein the layer of polymer solids present in the transfer vessel acts as seal isolating the flash vessel from the purge vessel, and wherein said polymerisation reactor is a double loop reactor. (a) extracting the polymerisation effluent from a polymerisation reactor; (b) passing the effluent, or a part thereof, to a single-stage or multi-stage flash vessel for flashing liquid in the effluent to vapour, and removing said vapour from said flash vessel; (c) passing the polymer solids to a purge vessel for removing residual liquid from the polymer solids;
A method for treating a metal-containing solution, wherein the metal is selected from nickel, cobalt, zinc or copper, and the metal-containing solution comprises a metal sulfate, and wherein the method comprises: mixing the metal-containing solution with lime cream to obtain a liquid-solid mixture; performing a thickening treatment on the liquid-solid mixture to obtain an overflow containing a metal hydroxide precipitate and an underflow containing calcium sulfate; and filtering the overflow containing the metal hydroxide precipitate to obtain the metal hydroxide and a filtrate, wherein a molar ratio of the metal in the metal-containing solution to calcium oxide in the lime cream is in a range of 0.8: 1 to 1.2:1, and wherein in the metal hydroxide obtained in step, a content of the metal is not less than 35 wt%, and a content of calcium is not more than 6 wt%. mixing the metal-containing solution with lime cream to obtain a liquid-solid mixture; performing a thickening treatment on the liquid-solid mixture to obtain an overflow containing a metal hydroxide precipitate and an underflow containing calcium sulfate; and filtering the overflow containing the metal hydroxide precipitate to obtain the metal hydroxide and a filtrate, wherein a molar ratio of the metal in the metal-containing solution to calcium oxide in the lime cream is in a range of 0.8: 1 to 1.2:1, and wherein in the metal hydroxide obtained in step, a content of the metal is not less than 35 wt%, and a content of calcium is not more than 6 wt%.
Equipment for treating obstructive lung disorders including: • a respiratory nozzle comprising at least one air filtering means and at least one transponder on which is recorded a unique identifier, and • a device for facilitating the expectoration of mucus and comprising at least one receiver which is associated with this transponder and which only allows starting of the device after detection of said unique identifier, characterised in that: • said transponder further comprises means for storing information characterising the use of respiratory nozzle, said information corresponding to the number of uses of the respiratory nozzle; and • said device comprises at least one microcontroller for the management of the transponder, which is designed both for reading the information of this transponder and for modifying said information so as to prevent the starting of the device if the number of uses of respiratory nozzle is greater than a predetermined threshold. • a respiratory nozzle comprising at least one air filtering means and at least one transponder on which is recorded a unique identifier, and • a device for facilitating the expectoration of mucus and comprising at least one receiver which is associated with this transponder and which only allows starting of the device after detection of said unique identifier, • said transponder further comprises means for storing information characterising the use of respiratory nozzle, said information corresponding to the number of uses of the respiratory nozzle; and • said device comprises at least one microcontroller for the management of the transponder, which is designed both for reading the information of this transponder and for modifying said information so as to prevent the starting of the device if the number of uses of respiratory nozzle is greater than a predetermined threshold.