mhurhangee/ep-ind-claims huggingface dataset:
A liquid pouring device for bottles or the like, comprising: - a tubular body having a longitudinal axis and a substantially cylindrical bush provided with an axial cavity open at the ends for the passage and pouring of the liquid contained in a bottle; - means (13, 16) for anchoring said tubular body to the neck of a bottle; - a substantially elongated pouring spout slidably inserted into said axial cavity for moving between an inoperative position completely inside said cavity and an operative position wherein said spout has at least one longitudinal end portion projecting outwardly of said cavity for allowing the controlled pouring of the liquid; wherein said longitudinal end portion, in said operative position, is inclined with a predetermined inclination angle (α) with respect to said longitudinal axis in order to define a selective orientation for said spout during the pouring of the liquid; characterized in that said cylindrical bush has a first longitudinal end portion configured to project with respect to the neck of the bottle and a lateral surface externally threaded for the screwing of a cap and a second opposite end portion at least partially applicable on the neck of the bottle by means of pressing. - a tubular body having a longitudinal axis and a substantially cylindrical bush provided with an axial cavity open at the ends for the passage and pouring of the liquid contained in a bottle; - means (13, 16) for anchoring said tubular body to the neck of a bottle; - a substantially elongated pouring spout slidably inserted into said axial cavity for moving between an inoperative position completely inside said cavity and an operative position wherein said spout has at least one longitudinal end portion projecting outwardly of said cavity for allowing the controlled pouring of the liquid;
Sulfur-crosslinkable rubber mixture comprising a methylene acceptor-methylene donor pair, characterized in that the methylene acceptor is a novolac resin reactive for a reaction with a methylene donor having a content of free resorcinol of less than 0.1% by weight or a precondensate containing a novolac resin having a content of free resorcinol of less than 0.1%.
A rechargeable battery, wherein the rechargeable battery is a button cell, comprising: an electrode assembly comprising a first electrode, a second electrode, and a separator between the first electrode and the second electrode; a case comprising an inner space accommodating the electrode assembly, and an opening; a cap plate coupled to the case at the opening and comprising a terminal hole exposing the inner space; an electrode terminal electrically connected to the electrode assembly through the terminal hole and overlapping the cap plate; electrode tabs (14, 15) respectively connected to the first electrode and the second electrode; and an electrolyte solution in the inner space, wherein at least one electrode tab of the electrode tabs (14, 15) comprises an inclined portion (4, 7) that is inclined at a first angle (θ1) with respect to a surface of the electrode assembly facing the at least one electrode tab, wherein the at least one electrode tab (14, 15) further comprises a flat portion (5, 8) extending from the inclined portion (4,7) and is electrically connected to a bottom surface of the case or to the electrode terminal, wherein the electrode assembly further comprises a center pin at a center of the electrode assembly, and the flat portion overlaps the center pin, and wherein the inclined portion (4, 7) and the flat portion (5, 8) are connected to each other at an obtuse angle. an electrode assembly comprising a first electrode, a second electrode, and a separator between the first electrode and the second electrode; a case comprising an inner space accommodating the electrode assembly, and an opening; a cap plate coupled to the case at the opening and comprising a terminal hole exposing the inner space; an electrode terminal electrically connected to the electrode assembly through the terminal hole and overlapping the cap plate; electrode tabs (14, 15) respectively connected to the first electrode and the second electrode; and an electrolyte solution in the inner space, wherein at least one electrode tab of the electrode tabs (14, 15) comprises an inclined portion (4, 7) that is inclined at a first angle (θ1) with respect to a surface of the electrode assembly facing the at least one electrode tab, wherein the at least one electrode tab (14, 15) further comprises a flat portion (5, 8) extending from the inclined portion (4,7) and is electrically connected to a bottom surface of the case or to the electrode terminal, wherein the electrode assembly further comprises a center pin at a center of the electrode assembly, and the flat portion overlaps the center pin, and wherein the inclined portion (4, 7) and the flat portion (5, 8) are connected to each other at an obtuse angle.
Steep-angle conveying installation for arrangement on a slope of an open-cast mining pit, by means of which steep-angle conveying installation raw materials can be transported from a low-level loading station, in particular from the working level of the open-cast mine, to a high-level unloading station, in particular at ground level, having a track which is arranged on the slope and on which a first conveying cage and a second conveying cage are movable between the low-level loading station and the high-level unloading station, said conveying cages being designed to receive the raw materials, wherein the conveying cages (15, 16) have an emptying flap for the emptying of the raw materials out of the conveying cages (15, 16), for which purpose the emptying flap is arranged on the conveying cages (15, 16) so as to be movable between a closed position and an open position, characterized in that a thrust carriage is provided which can be moved against the emptying flap from an outer side and by means of which the emptying flap can be moved between the closed position and the open position in a controlled manner.
Heat pump, comprising: an evaporator for evaporating a working liquid; a condenser for condensing a compressed working vapor; a compressor motor with a suction mouth having attached thereto a radial impeller to convey a working vapor evaporated in the evaporator through the suction mouth; a guide space arranged to guide a working vapor conveyed by the radial impeller into the condenser, wherein the guide space comprises a lower outside and an upper outside; and a cooling device for cooling the guide space and the suction mouth with a liquid, wherein the cooling device is configured to guide (421, 422) the liquid onto the lower outside of the guide space and to an outside of the suction mouth, wherein the lower and upper outsides of the guide space are not in contact with the working vapor evaporated in the evaporator, and wherein an inside of the guide space is in contact with the working vapor conveyed by the radial impeller and an inside of the suction mouth is in contact with the working vapor evaporated in the evaporator. characterized in that the outside of the suction mouth and the lower outside of the guide space are connected in a vapor-sealed manner, and in that the cooling device is configured to guide the liquid in a flow sequentially past the outside of the suction mouth and then past the lower outside of the guide space, or to guide the liquid in a flow sequentially past the lower outside of the guide space and then past the outside of the suction mouth. an evaporator for evaporating a working liquid; a condenser for condensing a compressed working vapor; a compressor motor with a suction mouth having attached thereto a radial impeller to convey a working vapor evaporated in the evaporator through the suction mouth; a guide space arranged to guide a working vapor conveyed by the radial impeller into the condenser, wherein the guide space comprises a lower outside and an upper outside; and a cooling device for cooling the guide space and the suction mouth with a liquid, wherein the cooling device is configured to guide (421, 422) the liquid onto the lower outside of the guide space and to an outside of the suction mouth, wherein the lower and upper outsides of the guide space are not in contact with the working vapor evaporated in the evaporator, and wherein an inside of the guide space is in contact with the working vapor conveyed by the radial impeller and an inside of the suction mouth is in contact with the working vapor evaporated in the evaporator. characterized in that the outside of the suction mouth and the lower outside of the guide space are connected in a vapor-sealed manner, and in that the cooling device is configured to guide the liquid in a flow sequentially past the outside of the suction mouth and then past the lower outside of the guide space, or to guide the liquid in a flow sequentially past the lower outside of the guide space and then past the outside of the suction mouth.
A method of detecting pileups from an output signal of a preamplifier of an energy-dispersive radiation spectrometry system, the method characterized by: testing an instantaneous slope of said preamplifier output signal against a noise trigger value; after the instantaneous slope has been determined to exceed said noise trigger value, identifying a first subsequent portion of said preamplifier output signal wherein the instantaneous slope of said preamplifier output signal increases to a maximum; following said first subsequent portion, identifying a second subsequent portion of said preamplifier output signal wherein the instantaneous slope of said preamplifier output signal still exceeds said noise trigger value but has decreased by more than said noise trigger value from said maximum; and following said second subsequent portion and before the instantaneous slope declines below said noise trigger value, identifying a third subsequent portion of said preamplifier output signal wherein the instantaneous slope of said preamplifier output signal increases by more than said noise trigger value, and, in response thereto, determining that a pileup has occurred. testing an instantaneous slope of said preamplifier output signal against a noise trigger value; after the instantaneous slope has been determined to exceed said noise trigger value, identifying a first subsequent portion of said preamplifier output signal wherein the instantaneous slope of said preamplifier output signal increases to a maximum; following said first subsequent portion, identifying a second subsequent portion of said preamplifier output signal wherein the instantaneous slope of said preamplifier output signal still exceeds said noise trigger value but has decreased by more than said noise trigger value from said maximum; and following said second subsequent portion and before the instantaneous slope declines below said noise trigger value, identifying a third subsequent portion of said preamplifier output signal wherein the instantaneous slope of said preamplifier output signal increases by more than said noise trigger value, and, in response thereto, determining that a pileup has occurred.
A wet scrubber for cleaning a process gas comprising a wet scrubber tower, at least a first spray level system to which an absorption liquid is supplied for atomization by nozzles comprised in the first spray level system, and a second spray level system which is arranged vertically above the first spray level system in the wet scrubber tower and to which an absorption liquid is supplied for atomization by nozzles comprised in the second spray level system, each spray level system inlet is horizontally offset from the other and compactly arranged within a vertical height of 0.3 meters to 0.5 meters to the other, and each nozzle is a flattened wide spray angle nozzle atomizing absorption liquid within interior of wet scrubber tower for environmental pollutant removal from a process gas comprising environmental pollutants passed through wet scrubber tower to produce a cleaned process gas, characterised in that the nozzle spray angle is 150 to 180 degrees.
An emulsion for providing water-resistance to a gypsum product comprising at least one wax, an alkyl phenol and magnesium sulfate and that no starch component is added.
Packaging system comprising a packaging machine and at least one component (13, 14, 15) provided in addition to the packaging machine, the packaging system further comprising a display and a computer unit, wherein the packaging system is configured to display a performance graphic on the display, and the computer unit comprises a fault analysis section that is configured to detect a stop or an output deficit of the packaging system, characterized in that the fault analysis section is configured when a stop or an output deficit is detected, to determine, from an error source list stored in a memory, an error source (f1, f2, f3) being the cause of the stop or the output deficit, wherein the packaging system is further configured to indicate the determined error source (f1, f2, f3) within the performance graphic on the display, wherein each point in time of the occurrence of an output deficit or a stop (t 1, t 3, t 4) is associated with displaying the error source (f1, f2, f3) recognized as being the cause for the output deficit or stop. wherein the packaging system is configured to display a performance graphic on the display, and the computer unit comprises a fault analysis section that is configured to detect a stop or an output deficit of the packaging system, characterized in that the fault analysis section is configured when a stop or an output deficit is detected, to determine, from an error source list stored in a memory, an error source (f1, f2, f3) being the cause of the stop or the output deficit, wherein the packaging system is further configured to indicate the determined error source (f1, f2, f3) within the performance graphic on the display, wherein each point in time of the occurrence of an output deficit or a stop (t 1, t 3, t 4) is associated with displaying the error source (f1, f2, f3) recognized as being the cause for the output deficit or stop.
Aircraft interior door assembly for a selectively increasing usable space within an aircraft lavatory adjacent a passenger doorway area of the aircraft or in the passenger doorway area adjacent the lavatory, the aircraft interior door assembly comprising: - a door element and - a door element supporting structure, wherein the door element is a door blade rotatably connected with one edge thereof to the door element supporting structure so as to be at least rotatable between a first closed position relative to the door element supporting structure and a second closed position relative to the door element supporting structure, characterized in that the door element has the same configuration in both of its closed positions as well as in an open position, wherein a door rotation space, which is rotated through by the door element when rotated between its first and second closed positions, is part of the aircraft lavatory interior space when the door element is in its first closed position, and is part of the passenger doorway area, when the door element is in its second closed position, and wherein the edge of the door element, opposed to the one rotatably connected to the door element supporting structure, cooperates in both the first and second closed positions of the door element with an area of the door element supporting structure and said door element cooperating area of the door element supporting structure has the form of a section of a circular cylinder barrel. - a door element and - a door element supporting structure,
An offshore wind turbine, comprising: an elongate base having a longitudinal axis, a first end, and a second end opposite the first end; a tower moveably coupled to the base, wherein the tower has a longitudinal axis, a first end distal the base and a second end disposed within the base, and wherein the tower is configured to extend axially from the first end of the base, wherein the base comprises an adjustably buoyant elongate truss comprising a plurality of parallel legs and a plurality of stiffening members extending between the legs; a nacelle pivotally coupled to the first end of the tower, wherein the nacelle is configured to rotate about an axis oriented perpendicular to the longitudinal axis of the tower; and a rotor including a hub and a plurality of blades coupled to the hub, wherein the hub is coupled to the nacelle. an elongate base having a longitudinal axis, a first end, and a second end opposite the first end; a tower moveably coupled to the base, wherein the tower has a longitudinal axis, a first end distal the base and a second end disposed within the base, and wherein the tower is configured to extend axially from the first end of the base, wherein the base comprises an adjustably buoyant elongate truss comprising a plurality of parallel legs and a plurality of stiffening members extending between the legs; a nacelle pivotally coupled to the first end of the tower, wherein the nacelle is configured to rotate about an axis oriented perpendicular to the longitudinal axis of the tower; and a rotor including a hub and a plurality of blades coupled to the hub, wherein the hub is coupled to the nacelle.
A computer-implemented method for generating a 3D model representing a building, the method comprising: - providing a 2D floor plan representing a layout of the building; - providing a semantic segmentation of the 2D floor plan; - converting the semantic segmentation into a 2D model representing the layout of the building, the converting comprising: o determining, for each respective one of a predetermined set of architectural object classes, a mask based on the semantic segmentation, each mask representing elements of the semantic segmentation associated to a respective class; o generating the 2D model based on the determined masks, the 2D model including architectural object instances belonging to a class of the predetermined set of architectural object classes; - adding, to the architectural object instances, respective 3D positioning data and/or height data; and - determining the 3D model from the 2D model. - providing a 2D floor plan representing a layout of the building; - providing a semantic segmentation of the 2D floor plan; - converting the semantic segmentation into a 2D model representing the layout of the building, the converting comprising: o determining, for each respective one of a predetermined set of architectural object classes, a mask based on the semantic segmentation, each mask representing elements of the semantic segmentation associated to a respective class; o generating the 2D model based on the determined masks, the 2D model including architectural object instances belonging to a class of the predetermined set of architectural object classes; o determining, for each respective one of a predetermined set of architectural object classes, a mask based on the semantic segmentation, each mask representing elements of the semantic segmentation associated to a respective class; o generating the 2D model based on the determined masks, the 2D model including architectural object instances belonging to a class of the predetermined set of architectural object classes; - adding, to the architectural object instances, respective 3D positioning data and/or height data; and - determining the 3D model from the 2D model.
Sealing element, provided in the form of strips, for application in a negative-pressure therapy of a wound, comprising a composite of a) a silicone gel adhesive for closing off gaps between a skin surface bordering the wound and an air-impermeable covering material, where the silicone gel adhesive comprises a first side, which in use faces away from the skin surface, and a second side, which in use faces the skin surface, and where the silicone gel adhesive has a layer thickness of at least 1500 μm to at most 3500 μm; and b) a first film, which is joined indetachably to the first side of the silicone gel adhesive and which is non-adhesive on its side facing away from the silicone gel adhesive; where the sealing element has an adhesion strength of at least 8 N/25 mm and at most 20 N/25 mm, preferably of at least 10 N/25 mm and at most 20 N/25 mm, more preferably of at least 12 N/25 mm and at most 20 N/25 mm or, very preferably, of at least 16 N/25 mm and at most 20 N/25 mm, measured in analogy to DIN EN 1939 in conjunction with DIN ISO 6133:2004-05. a) a silicone gel adhesive for closing off gaps between a skin surface bordering the wound and an air-impermeable covering material, where the silicone gel adhesive comprises a first side, which in use faces away from the skin surface, and a second side, which in use faces the skin surface, and where the silicone gel adhesive has a layer thickness of at least 1500 μm to at most 3500 μm; and b) a first film, which is joined indetachably to the first side of the silicone gel adhesive and which is non-adhesive on its side facing away from the silicone gel adhesive;
A head cover for an engine comprising: a gas passage in the head cover that guides blow-by gas from a crankcase to an intake passage; a gas outlet that is formed in a head cover wall at a terminal end portion of the gas passage in the head cover; a gas intermediate outlet portion that is formed in the head cover wall so as to face space inside the head cover other than the gas passage in the head cover; and a gas intermediate inlet portion that is formed in the head cover wall so as to face the gas passage in the head cover, characterised in that at least one of the gas intermediate outlet portion and the gas intermediate inlet portion is a boss portion formed in the head cover wall so that through holes (18a, 19a) penetrating the head cover wall can be formed in at least one of the gas intermediate outlet portion and the gas intermediate inlet portion, a boss portion in which a female thread portion can be formed is provided in the head cover wall, the through holes (18a, 19a) enable blow-by gas supply and discharge passages (24, 25) connected to an engine exterior oil separator to communicate with and connect to at least one of the gas intermediate outlet portion and the gas intermediate inlet portion, and the female thread portion is provided to screw a gas passage forming member (34, 35) in the head cover so that an oil separator can be arranged on an inner side of the head cover wall. a gas passage in the head cover that guides blow-by gas from a crankcase to an intake passage; a gas outlet that is formed in a head cover wall at a terminal end portion of the gas passage in the head cover; a gas intermediate outlet portion that is formed in the head cover wall so as to face space inside the head cover other than the gas passage in the head cover; and a gas intermediate inlet portion that is formed in the head cover wall so as to face the gas passage in the head cover, characterised in that at least one of the gas intermediate outlet portion and the gas intermediate inlet portion is a boss portion formed in the head cover wall so that through holes (18a, 19a) penetrating the head cover wall can be formed in at least one of the gas intermediate outlet portion and the gas intermediate inlet portion, a boss portion in which a female thread portion can be formed is provided in the head cover wall, the through holes (18a, 19a) enable blow-by gas supply and discharge passages (24, 25) connected to an engine exterior oil separator to communicate with and connect to at least one of the gas intermediate outlet portion and the gas intermediate inlet portion, and the female thread portion is provided to screw a gas passage forming member (34, 35) in the head cover so that an oil separator can be arranged on an inner side of the head cover wall.