mhurhangee/ep-ind-claims huggingface dataset:
A vapour turbine operating with geothermal vapours containing corrosive agents such as chlorides and/or sulfides in particular, characterized in that it comprises a series of stator blades made of a nickel alloy containing a quantity of nickel ranging from 54% to 58% by weight and a quantity of molybdenum ranging from 12% to 14.5% by weight to avoid the washing of said geothermal vapours, maintaining a high useful life of said series of stator blades and said vapour turbine.
A production line configuration apparatus configuring a production line for a product comprising: an operation part (200, 300, 400) performing an operation related to production of the product; a touch-sensitive manipulation part accepting input via a touch manipulation by a user; and a change part changing a set value in the operation part on the basis of a method for the touch manipulation, whereby the touch manipulation is a flick manipulation, a swipe manipulation or a tap manipulation, characterized in that the production line configuration apparatus is a bag making and packaging machine which comprises the operation part performing an operation related to at least one of bag making and packaging, wherein the operation part (200, 300, 400) includes an adjustment part adjusting width-wise meandering of a film of a film roll held on a film roll hold part, and the change part changes, as the set value, a value indicating a position of the adjustment part. an operation part (200, 300, 400) performing an operation related to production of the product; a touch-sensitive manipulation part accepting input via a touch manipulation by a user; and a change part changing a set value in the operation part on the basis of a method for the touch manipulation, whereby the touch manipulation is a flick manipulation, a swipe manipulation or a tap manipulation, characterized in that the production line configuration apparatus is a bag making and packaging machine which comprises the operation part performing an operation related to at least one of bag making and packaging, wherein the operation part (200, 300, 400) includes an adjustment part adjusting width-wise meandering of a film of a film roll held on a film roll hold part, and the change part changes, as the set value, a value indicating a position of the adjustment part.
A liquid detergent formulation comprising: (i) from 5 to 70 wt% of a mixture of anionic and non-ionic surfactant, wherein the non-ionic surfactant is chosen from aliphatic C 8 to C 18 primary or secondary linear or branched alcohols with ethylene oxide, with 8 to 10 EO groups and wherein the fraction (wt% anionic)/(wt% non-ionic) is from 1 to 6. (ii) from 0.001 to 2.0 wt% of a dye polymer, the dye polymer comprising a polyethylene imine covalently bound to a reactive dye, the polyethylene imine having from 6 to 1000000 amine nitrogen atoms, wherein from 20 to 98 mol% of the totality of the protons of the primary and secondary amine nitrogen atoms of the unsubstituted polyethylene imine are substituted by groups selected from ethyl alcohol and iso-propyl alcohol. (i) from 5 to 70 wt% of a mixture of anionic and non-ionic surfactant, wherein the non-ionic surfactant is chosen from aliphatic C 8 to C 18 primary or secondary linear or branched alcohols with ethylene oxide, with 8 to 10 EO groups and wherein the fraction (wt% anionic)/(wt% non-ionic) is from 1 to 6. (ii) from 0.001 to 2.0 wt% of a dye polymer, the dye polymer comprising a polyethylene imine covalently bound to a reactive dye, the polyethylene imine having from 6 to 1000000 amine nitrogen atoms, wherein from 20 to 98 mol% of the totality of the protons of the primary and secondary amine nitrogen atoms of the unsubstituted polyethylene imine are substituted by groups selected from ethyl alcohol and iso-propyl alcohol.
An electric straddle-type vehicle comprising: a vehicle body frame of the electric straddle-type vehicle; and a battery, to be fixed inside the vehicle body frame, the battery comprises: a battery module to which electric power for traveling is charged; a circuit component connected to the battery module; and a battery case accommodating the battery module and the circuit component, wherein the battery case is formed with an opening that exposes the circuit component to an outside, and a cover member that covers the opening is detachably attached to the battery case, the opening is formed at a position avoiding the vehicle body frame in a side view of the electric straddle-type vehicle, characterized in that the thr vehicle body frame includes an upper side frame and a lower side frame that extend at a side of the battery case, and the opening is positioned between the upper side frame and the lower side frame. a vehicle body frame of the electric straddle-type vehicle; and a battery, to be fixed inside the vehicle body frame, the battery comprises: a battery module to which electric power for traveling is charged; a circuit component connected to the battery module; and a battery case accommodating the battery module and the circuit component, wherein a battery module to which electric power for traveling is charged; a circuit component connected to the battery module; and a battery case accommodating the battery module and the circuit component, wherein the battery case is formed with an opening that exposes the circuit component to an outside, and a cover member that covers the opening is detachably attached to the battery case, the opening is formed at a position avoiding the vehicle body frame in a side view of the electric straddle-type vehicle, characterized in that the thr vehicle body frame includes an upper side frame and a lower side frame that extend at a side of the battery case, and the opening is positioned between the upper side frame and the lower side frame.
Method for controlling an installation for handling hollow bodies (2, 3), which comprises: - a plurality of units for processing hollow bodies (2, 3); - a system for transferring the hollow bodies (2, 3) between the processing units, - a cowl defining a closed enclosure in which are housed the processing units and the transfer system, this cowl comprising: ∘ a frame defining fixed sashes, ∘ openings each mounted on a fixed sash between an open position in which the opening gives access to the enclosure from the outside, and a closed position in which the opening prevents access to the enclosure from the outside; ∘ for each opening, a system for locking the opening in closed position; - a control unit; this method being characterized in that it comprises the following operations: - detection by the control unit of the shutting down of a processing unit; - detection by the control unit of the closed position of openings situated in the vicinity of a junction between the processing unit detected as being shut down and the transfer system; - if these openings are detected in closed position, commanding by the control unit of the locking of these openings. - a plurality of units for processing hollow bodies (2, 3); - a system for transferring the hollow bodies (2, 3) between the processing units, - a cowl defining a closed enclosure in which are housed the processing units and the transfer system, this cowl comprising: ∘ a frame defining fixed sashes, ∘ openings each mounted on a fixed sash between an open position in which the opening gives access to the enclosure from the outside, and a closed position in which the opening prevents access to the enclosure from the outside; ∘ for each opening, a system for locking the opening in closed position; ∘ a frame defining fixed sashes, ∘ openings each mounted on a fixed sash between an open position in which the opening gives access to the enclosure from the outside, and a closed position in which the opening prevents access to the enclosure from the outside; ∘ for each opening, a system for locking the opening in closed position; - a control unit; - detection by the control unit of the shutting down of a processing unit; - detection by the control unit of the closed position of openings situated in the vicinity of a junction between the processing unit detected as being shut down and the transfer system; - if these openings are detected in closed position, commanding by the control unit of the locking of these openings.
A liquid medication with reduced bitterness comprising: a. a drug active wherein the drug active is selected from the group consisting of guaifenesin, phenytoin, omeprazole, cetirizine, jambu, acetaminophen, and combinations thereof; and b. polyquaternium-2. a. a drug active wherein the drug active is selected from the group consisting of guaifenesin, phenytoin, omeprazole, cetirizine, jambu, acetaminophen, and combinations thereof; and b. polyquaternium-2.
Strip-shaped cuff for measuring blood pressure, having a longitudinal direction and a transverse direction, and having an inner face and an outer face, wherein the strip-shaped cuff comprises a loop element, and having an end portion which can be guided through the loop element, wherein the strip-shaped cuff has a first longitudinal portion, which comprises the loop element, wherein the first longitudinal portion has a first lower edge region and a first upper edge region, and wherein the strip-shaped cuff comprises a bladder region, wherein the bladder region has a bladder, wherein the first longitudinal portion has a positioning aid at the first lower edge region, and wherein the first upper edge region has a first fitting aid with a first tactile means, wherein the first tactile means is configured in the form of a flap, a grip, a hook, a handle or a bow, characterized in that the positioning aid comprises a recess, wherein the positioning aid comprises a first wing and a second wing, and the recess in the longitudinal direction is delimited on both sides by the wings (23, 24).
A lubricating oil composition for internal combustion engines, which is characterized in that the lubricating oil composition for internal combustion engines is a composition obtained by blending a molybdenum dithiocarbamate (MoDTC) and a polyalkylene glycol in a base oil, the weight average molecular weight of the polyalkylene glycol is 2750-4500 and the content of the polyalkylene glycol is not less than 0.05 mass% and less than 10 mass% relative to the total mass of the composition.
An etching composition comprising: inorganic alkali basic hydroxides selected from the group consisting of potassium hydroxide, cesium hydroxide, sodium hydroxide, rubidium hydroxide, or lithium hydroxide; one or more than one additional alkaline compounds selected from the group consisting of tetraethylammonium hydroxide, tetramethylammonium fluoride and NH 4 OH; optionally one or more corrosion inhibitors; and water; wherein the inorganic alkali basic hydroxides comprise potassium hydroxide and cesium hydroxide, wherein the total amount of the inorganic alkali basic hydroxides is of from 0.5 to 25 wt %; and wherein the composition preferentially etches silicon present on a substrate as compared to silicon dioxide present on said substrate. inorganic alkali basic hydroxides selected from the group consisting of potassium hydroxide, cesium hydroxide, sodium hydroxide, rubidium hydroxide, or lithium hydroxide; one or more than one additional alkaline compounds selected from the group consisting of tetraethylammonium hydroxide, tetramethylammonium fluoride and NH 4 OH; optionally one or more corrosion inhibitors; and water; wherein the inorganic alkali basic hydroxides comprise potassium hydroxide and cesium hydroxide, wherein the total amount of the inorganic alkali basic hydroxides is of from 0.5 to 25 wt %; and wherein the composition preferentially etches silicon present on a substrate as compared to silicon dioxide present on said substrate.
An electronic device comprising: a display panel; and a first antenna (310a to 310d, 300-Rb) disposed on the display panel and comprising a first patch part (311, 301b-1), a first transmission part (311L, 301Ra), and a first additional transmission part (311R, 301Rb), wherein the first transmission part (311L, 301Ra) faces a first side of the first patch part extending in a first cross direction, is spaced apart from the first patch part, and is capacitively coupled with the first patch part, and wherein the first additional transmission part (311R, 301Rb) faces another first side of the first patch part extending in a second cross direction crossing the first cross direction, is symmetrical about a line of symmetry with the first transmission part (311L, 301Ra), and is spaced apart from the first patch part; characterized in that the first antenna (300-Rb) further comprises a first extension patch part (301b-2) spaced apart from the first patch part (301b-1), and wherein the first transmission part extends toward the first extension patch part (301b-2), faces a first extension side extending in the first cross direction of the first extension patch part (301b-2), is spaced apart from the first extension patch part (301b-2), and is capacitively coupled to the first extension patch part (301b-2), wherein the first antenna is configured such that power input through the first transmission part is equally delivered to the first patch part (301b-1) and the first extension patch part (301b-2). a display panel; and a first antenna (310a to 310d, 300-Rb) disposed on the display panel and comprising a first patch part (311, 301b-1), a first transmission part (311L, 301Ra), and a first additional transmission part (311R, 301Rb), wherein the first transmission part (311L, 301Ra) faces a first side of the first patch part extending in a first cross direction, is spaced apart from the first patch part, and is capacitively coupled with the first patch part, and wherein the first additional transmission part (311R, 301Rb) faces another first side of the first patch part extending in a second cross direction crossing the first cross direction, is symmetrical about a line of symmetry with the first transmission part (311L, 301Ra), and is spaced apart from the first patch part; characterized in that the first antenna (300-Rb) further comprises a first extension patch part (301b-2) spaced apart from the first patch part (301b-1), and wherein the first transmission part extends toward the first extension patch part (301b-2), faces a first extension side extending in the first cross direction of the first extension patch part (301b-2), is spaced apart from the first extension patch part (301b-2), and is capacitively coupled to the first extension patch part (301b-2), wherein the first antenna is configured such that power input through the first transmission part is equally delivered to the first patch part (301b-1) and the first extension patch part (301b-2).
A seal, comprising: an annular casing having an inner surface with at least one annular recessed groove therein and a port extending from an outer surface of said casing to said recessed groove; a fluid seal disposed in said annular recessed groove, said fluid seal having an inner surface for sealingly engaging a cylindrical surface and an outer surface; and characterised by a swellable elastomer material disposed in said recessed groove and extending around said outer surface of said fluid seal, wherein in use of the seal a fluid is introduced to said swellable elastomer material through said port to cause said swellable elastomer material to swell and apply external pressure on said fluid seal to increase a sealing pressure against said cylindrical surface. an annular casing having an inner surface with at least one annular recessed groove therein and a port extending from an outer surface of said casing to said recessed groove; a fluid seal disposed in said annular recessed groove, said fluid seal having an inner surface for sealingly engaging a cylindrical surface and an outer surface; and characterised by a swellable elastomer material disposed in said recessed groove and extending around said outer surface of said fluid seal, wherein in use of the seal a fluid is introduced to said swellable elastomer material through said port to cause said swellable elastomer material to swell and apply external pressure on said fluid seal to increase a sealing pressure against said cylindrical surface.
A production method for obtainment of three-dimensional closed graphene-based nano-/microstructures using a coaxial multilayer core-shell production process comprising a coaxial flow system having a first flow path and a first fluid exit at an end of said first flow path; and a second flow path circumferentially surrounding said first flow path, said second flow path having a second fluid exit, wherein - a first fluid flows through the first flow path and exits through the first fluid exit; - a second fluid which is immiscible with the first fluid under the conditions where said production method is conducted, flows through the second flow path and exits through the second fluid exit such that the second fluid circumferentially covers the first fluid upon leaving the coaxial flow system; said second fluid comprises a graphene-based material, a polymeric material and solvent, and the graphene-based material is a substance selected from the list consisting of graphene oxide, functionalized graphene, and thermally exfoliated graphene oxide. - a first fluid flows through the first flow path and exits through the first fluid exit; - a second fluid which is immiscible with the first fluid under the conditions where said production method is conducted, flows through the second flow path and exits through the second fluid exit such that the second fluid circumferentially covers the first fluid upon leaving the coaxial flow system; said second fluid comprises a graphene-based material, a polymeric material and solvent,
A production well comprising: a casing; encapsulated tubing positioned within said casing and configured to channel an injection fluid through said casing, said encapsulated tubing including a conductive sidewall defining a channel for the injection fluid; an insulative layer surrounding said conductive sidewall; a controller configured to regulate flow of an electrical current through said conductive sidewall; production tubing positioned within said casing and configured to channel a production fluid through said casing, wherein said insulative layer is configured to inhibit transmission of the electrical current between said conductive sidewall and said production tubing; and at least one sensor positioned within said casing to detect downhole conditions of said production well, wherein said conductive sidewall is configured to conduct the electrical current toward said at least one sensor; wherein said production tubing is configured to channel the production fluid towards a wellhead of said production well and has a first diameter and wherein said encapsulated tubing is configured to channel the injection fluid away from the wellhead, wherein said encapsulated tubing has a second diameter less than the first diameter; characterized in that said encapsulated tubing is located within said production tubing. a casing; encapsulated tubing positioned within said casing and configured to channel an injection fluid through said casing, said encapsulated tubing including a conductive sidewall defining a channel for the injection fluid; an insulative layer surrounding said conductive sidewall; a controller configured to regulate flow of an electrical current through said conductive sidewall; production tubing positioned within said casing and configured to channel a production fluid through said casing, wherein said insulative layer is configured to inhibit transmission of the electrical current between said conductive sidewall and said production tubing; and at least one sensor positioned within said casing to detect downhole conditions of said production well, wherein said conductive sidewall is configured to conduct the electrical current toward said at least one sensor; wherein said production tubing is configured to channel the production fluid towards a wellhead of said production well and has a first diameter and wherein said encapsulated tubing is configured to channel the injection fluid away from the wellhead, wherein said encapsulated tubing has a second diameter less than the first diameter; characterized in that said encapsulated tubing is located within said production tubing.
A device for single-shot firework comprising a bottom plug pre-installed with heating resistance wire and a corresponding locking base, said device having a lifting charge and comprising a plastic plug, a heating resistance wire and two metal conductors and a circuit board, wherein the top of the plastic plug is provided with a heating resistance wire slot, the heating resistance wire is fixed into the heating resistance wire slot, the circuit board being also fixed into the heating resistance wire slot through adhesion and two ends of said heating resistance wire slot, are respectively electrically connected with the two metal conductors, said ends being also fixed to the circuit board, the other ends of the two metal conductors are respectively electrically connected to two plate-like electrodes and to the bottom of the plastic plug, the bottom of the plastic plug is provided with an upper clamping structure, the locking base is provided with a lower clamping structure, the lower clamping structure of the locking base is correspondingly clamped with the upper clamping structure of the plastic plug, the top of the locking base is provided with two flexible electrodes, the two flexible electrodes are respectively aligned with and electrically connected to the two plate-like electrodes of the plastic plug, the flexible electrodes are electrically connected to a circuit connecting socket fixed onto the locking base, wherein the lifting charge 21 is in direct contact with the heating resistance wire which is adapted to receive current from a firing system for igniting the lifting charge and, thereby, setting off the single-shot firework.
A water storage system for semi-arid regions or arid regions, including for tropical and subtropical regions, for receiving and storing water, which water storage system is placed underground and comprises - one or more device(s) for the obtaining and/or receiving of water from seasonal precipitation or water which originates from other resources for storage, - at least one storage space for the storage of water, which is connected to one or more devices for the receiving of water, - one or more devices for the extraction of water, the storage space has a multi-walled construction (14, 18, 19, 21, 22, 23), wherein the outer wall has such a stability that it withstands tectonic pressure and the stabilizing inner wall intercepts the water pressure and tectonic events characterized in that the outer wall is formed by tubbings into which different devices are able to be introduced or attached, which firstly are suitable for fixing the separating walls to the outer wall and secondly permit linking of the outer wall to a stabilizing inner wall, possibly via specific connection elements. - one or more device(s) for the obtaining and/or receiving of water from seasonal precipitation or water which originates from other resources for storage, - at least one storage space for the storage of water, which is connected to one or more devices for the receiving of water, - one or more devices for the extraction of water, the storage space has a multi-walled construction (14, 18, 19, 21, 22, 23), wherein the outer wall has such a stability that it withstands tectonic pressure and the stabilizing inner wall intercepts the water pressure and tectonic events characterized in that the outer wall is formed by tubbings into which different devices are able to be introduced or attached, which firstly are suitable for fixing the separating walls to the outer wall and secondly permit linking of the outer wall to a stabilizing inner wall, possibly via specific connection elements.