mhurhangee/ep-ind-claims huggingface dataset:
A lighting system comprising: an LED lamp including a plurality of LEDs; characterized by a controller configured to receive color sense information from a mobile device and control the LEDs to emit a color based on the received color sense information, wherein the mobile device is adapted to capture or focus an image using a camera thereof, reconfigure said image, and assign a mosaic interval pixel size to the reconfigured image to generate a mosaic image; and a hub configured to communicate with the mobile device and the controller, wherein the hub communicates with the mobile device with a first wireless signal, and wherein the hub communicates with the controller with a second wireless signal, wherein the color sense information corresponds to a selection of a region of said image; and wherein the controller is adapted to generate lighting control color sense data based on the color sense information, and decide the LED of the LED lamp and control the decided LED based on the lighting control color sense data. an LED lamp including a plurality of LEDs; characterized by a controller configured to receive color sense information from a mobile device and control the LEDs to emit a color based on the received color sense information, wherein the mobile device is adapted to capture or focus an image using a camera thereof, reconfigure said image, and assign a mosaic interval pixel size to the reconfigured image to generate a mosaic image; and a hub configured to communicate with the mobile device and the controller, wherein the hub communicates with the mobile device with a first wireless signal, and wherein the hub communicates with the controller with a second wireless signal, wherein the color sense information corresponds to a selection of a region of said image; and wherein the controller is adapted to generate lighting control color sense data based on the color sense information, and decide the LED of the LED lamp and control the decided LED based on the lighting control color sense data.
A container, preferably a flexible packaging, comprising a base wall, a front face wall, a rear face wall, at least a first sealing for joining the front face wall and the rear face wall, at least a second sealing for joining the front face wall and the rear face wall with the base wall to form a sealed enclosure, the container comprising an outlet opening and means (19, 20, 21 22, 23, 24, 25, 26, 24a, 24b, 27, 27a, 27b, 29, 30, 31) for joining the front face wall with the rear face wall for delimiting inside the sealed enclosure a dosing chamber in fluid communication with the outlet opening and a storage chamber in fluid communication with the dosing chamber, the joining means (19, 20, 21 22, 23, 24, 25, 26, 24a, 24b, 27, 27a, 27b, 29, 30, 31) comprising pouring means (20, 21, 25, 26, 28, 32) positioned between the storage chamber and the dosing chamber, the joining means (19, 20, 21 22, 23, 24, 25, 26, 24a, 24b, 27, 27a, 27b, 29, 30, 31) defining, inside the sealed enclosure, a conduit for passage between the storage chamber and the dosing chamber, the storage chamber being in communication with the dosing chamber through the passage conduit, the joining means (19, 20, 21 22, 23, 24, 25, 26, 24a, 24b, 27, 27a, 27b, 29, 30, 31) comprising at least a third sealing between the front face wall and the rear face wall, the third sealing having at least a branch (22, 23) for separation of the dosing chamber from the storage chamber and from the passage conduit and of the passage conduit from the storage chamber, the pouring means (20, 21, 25, 26, 28, 32) comprising a first opening between the storage chamber and the passage conduit and a second opening between the passage conduit and the dosing chamber, the first opening defining an inlet of the passage conduit and the second opening defining an outlet of the passage conduit, the third sealing delimiting at least in part the dosing chamber, the storage chamber and the passage conduit.
A suction system for a refrigeration compressor of the type which comprises a cylinder; a valve plate which is provided with at least one suction orifice, selectively closed by a suction valve, and which closes a cylinder end; a cylinder head (1,10) mounted against a face of the valve plate opposite to that closing the cylinder and which defines a discharge chamber (2, 11) occupying part of said cylinder head (1, 10) and partially contouring the suction orifice; and a suction muffler comprising a hollow body having an outlet tube projecting therefrom and presenting a free end seated on the valve plate in coaxial alignment with a respective suction orifice, said cylinder head being provided, externally to the discharge chamber, with a reinforcing wall portion which is dimensioned to define an increase in the structural rigidity of the cylinder head, characterized in that the free end of the outlet tube is provided with two tubular projections which are parallel to each other, each being aligned with a respective suction orifice of the valve plate.
A multi-stage method for processing waste, which contains polyvinyl chloride comprising plasticizers, with recovery of the polyvinyl chloride from the waste, comprising the method steps a) comminuting the waste to waste particles having a grain size of 2 mm at maximum and optionally separating waste components other than polyvinyl chloride from the waste, b) extraction in an extraction vessel by means of an extraction agent thus obtaining an extraction mixture comprising a solid phase consisting predominantly of polyvinyl chloride and a liquid phase containing dissolved plasticizer, c) separating the solid phase from the liquid phase of the extraction mixture by means of a separator, in particular a decanter, and collecting the separated solid and liquid phases, characterized in that an original or recycled fatty oil, esterified oil, or a mixture of original or recycled fatty oils and/or esterified oils is used as the extraction agent. a) comminuting the waste to waste particles having a grain size of 2 mm at maximum and optionally separating waste components other than polyvinyl chloride from the waste, b) extraction in an extraction vessel by means of an extraction agent thus obtaining an extraction mixture comprising a solid phase consisting predominantly of polyvinyl chloride and a liquid phase containing dissolved plasticizer, c) separating the solid phase from the liquid phase of the extraction mixture by means of a separator, in particular a decanter, and collecting the separated solid and liquid phases,
Method for manufacturing a flexible air duct (Gv) designed for use in the field of industrial ventilation, said method implementing a cylindrical tubular core and consisting of: - winding a strip made from fabric over a turn around the core with a non-zero angle of incidence "α", considering the direction of travel of the strip relative to a plane perpendicular to the axis of the core, so that one edge of the strip is covered by overlapping of the other edge (B 1) of the part of the strip approaching the core, - rotating said strip around the core, - continuously joining the two overlapping edges together by means of a sewing head (Tc) provided with means (Mt) for translating the fabric of the strip, characterized in that it consists of using the means (Mt) for translating the fabric to continuously wind and slid the strip around the core, the means (Mt) for translating the fabric comprising: a pair of counter-rotating rollers (Ro) between which the fabric and particularly the overlap zone (Zr) is gripped and translated during the rotation of the two rollers, and in that it consists of driving the two rollers are by rotating driving means, such as at least one electric motor and the operation of which is synchronized with that of the needles of the sewing head (Tc). - winding a strip made from fabric over a turn around the core with a non-zero angle of incidence "α", considering the direction of travel of the strip relative to a plane perpendicular to the axis of the core, so that one edge of the strip is covered by overlapping of the other edge (B 1) of the part of the strip approaching the core, - rotating said strip around the core, - continuously joining the two overlapping edges together by means of a sewing head (Tc) provided with means (Mt) for translating the fabric of the strip, a pair of counter-rotating rollers (Ro) between which the fabric and particularly the overlap zone (Zr) is gripped and translated during the rotation of the two rollers, and in that it consists of driving the two rollers are by rotating driving means, such as at least one electric motor and the operation of which is synchronized with that of the needles of the sewing head (Tc).
A system for activating a down hole tool, the system comprising: a base pipe having an interior and defining a port that communicates with a pressure chamber positioned outside of the base pipe; a sleeve positioned in the interior to substantially block the port and to prevent substantial fluid communication between the interior and the pressure chamber, the sleeve having a first portion engaging the base pipe and a second portion engaging the first portion, the first portion having a first shear resistance for resisting movement of the first portion with respect to the base pipe, and the second portion having a second shear resistance for resisting movement of the second portion with respect to the first portion, wherein movement of the first portion with respect to the base pipe in response to overcoming the first shear resistance exposes the port to permit fluid communication between the interior and the pressure chamber for activating the down hole tool; and a piston communicating with the pressure chamber and being moveable in response to pressurization of the pressure chamber to set the down hole tool, wherein the down hole tool is an annular casing packer, characterised in that: the piston is configured to engage a moveable packing element, and movement of the piston sets the packer. a base pipe having an interior and defining a port that communicates with a pressure chamber positioned outside of the base pipe; a sleeve positioned in the interior to substantially block the port and to prevent substantial fluid communication between the interior and the pressure chamber, the sleeve having a first portion engaging the base pipe and a second portion engaging the first portion, the first portion having a first shear resistance for resisting movement of the first portion with respect to the base pipe, and the second portion having a second shear resistance for resisting movement of the second portion with respect to the first portion, wherein movement of the first portion with respect to the base pipe in response to overcoming the first shear resistance exposes the port to permit fluid communication between the interior and the pressure chamber for activating the down hole tool; and a piston communicating with the pressure chamber and being moveable in response to pressurization of the pressure chamber to set the down hole tool, wherein the down hole tool is an annular casing packer, characterised in that: the piston is configured to engage a moveable packing element, and movement of the piston sets the packer.
A system for use in providing immediate bactericidal activity and sustained bactericidal activity when treating or providing prophylaxis against a pulmonary infection, wherein the system comprises (a) a pharmaceutical formulation comprising a mixture of free aminoglycoside and aminoglycoside encapsulated in liposomes, wherein the lipid component of the liposomes consists of dipalmitoylphosphatidylcholine (DPPC) and cholesterol and the free aminoglycoside is generated by nebulization of aminoglycoside encapsulated in liposomes, and the amount of free aminoglycoside is sufficient to provide for immediate bactericidal activity, and the amount of encapsulated aminoglycoside is sufficient to provide sustained bactericidal activity, and (b) a nebulizer. (a) a pharmaceutical formulation comprising a mixture of free aminoglycoside and aminoglycoside encapsulated in liposomes, wherein the lipid component of the liposomes consists of dipalmitoylphosphatidylcholine (DPPC) and cholesterol and the free aminoglycoside is generated by nebulization of aminoglycoside encapsulated in liposomes, and the amount of free aminoglycoside is sufficient to provide for immediate bactericidal activity, and the amount of encapsulated aminoglycoside is sufficient to provide sustained bactericidal activity, and (b) a nebulizer.
A method of monitoring fluid flow in a wellbore, the method comprising: (i) installing first and second inflow control tools (138a, 138b) in corresponding first and second annular regions (133a, 133b) within the wellbore, wherein each of the first and second inflow control tools has an interior flow path defined by an inlet, a helical channel and a chamber; (ii) installing first and second sound-producing elements (148a, 148b) in the interior flow path of respective first and second inflow control tools, each of the first and second sound-producing element operable to actively generate a respective first and second acoustic signals (f 1, f 2) in response to fluid flowing through only a respective corresponding one of the first and second inflow control tools, the first acoustic signal (f 1) operable to be distinguishable from the second acoustic signal (f 2); (iii) producing a production fluid from the wellbore through at least one of the first and second inflow control tools; (iv) detecting at least one of the first and second acoustic signals; and (v) identifying which of the first and second acoustic signals was detected to determine through which of the first and second inflow control tools the production fluid was produced. (i) installing first and second inflow control tools (138a, 138b) in corresponding first and second annular regions (133a, 133b) within the wellbore, wherein each of the first and second inflow control tools has an interior flow path defined by an inlet, a helical channel and a chamber; (ii) installing first and second sound-producing elements (148a, 148b) in the interior flow path of respective first and second inflow control tools, each of the first and second sound-producing element operable to actively generate a respective first and second acoustic signals (f 1, f 2) in response to fluid flowing through only a respective corresponding one of the first and second inflow control tools, the first acoustic signal (f 1) operable to be distinguishable from the second acoustic signal (f 2); (iii) producing a production fluid from the wellbore through at least one of the first and second inflow control tools; (iv) detecting at least one of the first and second acoustic signals; and (v) identifying which of the first and second acoustic signals was detected to determine through which of the first and second inflow control tools the production fluid was produced.
A closure for a medical sterile container comprising a trough-like first container part and a lid-type second container part, comprising a closure flap which is arranged on one of the container parts (2, 5) so as to be able to pivot between a closed position, in which the container parts (2, 5) are interlocked with each other by means of the closure, and an open position in which the container parts (2, 5) are unlocked, a closure lug as a toggle lever being pivotably arranged on the closure flap and designed to engage the other container part (2, 5) in the closed position of the closure, characterized in that the closure comprises a latch element which in the closed position of the closure interlocks the closure flap with the other container part (2, 5), the latch element being movably arranged on the closure flap between a position locking the closure and a position releasing the closure, and the latch element comprising a locking pawl which can be locked in place with the other container part (2, 5).
A method comprising: providing a pressurized water reactor, PWR, comprising a pressure vessel, a nuclear reactor core disposed inside the pressure vessel, an internal steam generator comprising steam generator tubes disposed inside the pressure vessel, and an internal pressurizer defined at the top of the pressure vessel; supporting a plurality of reactor coolant pumps on the pressure vessel with pump motors of the reactor coolant pumps located outside of the pressure vessel and impellers of the reactor coolant pumps disposed inside the pressure vessel; and plugging at least one steam generator tube of the steam generator, the plugging being performed at an end of the steam generator tube via access through a manway without removing the plurality of reactor coolant pumps. providing a pressurized water reactor, PWR, comprising a pressure vessel, a nuclear reactor core disposed inside the pressure vessel, an internal steam generator comprising steam generator tubes disposed inside the pressure vessel, and an internal pressurizer defined at the top of the pressure vessel; supporting a plurality of reactor coolant pumps on the pressure vessel with pump motors of the reactor coolant pumps located outside of the pressure vessel and impellers of the reactor coolant pumps disposed inside the pressure vessel; and plugging at least one steam generator tube of the steam generator, the plugging being performed at an end of the steam generator tube via access through a manway without removing the plurality of reactor coolant pumps.
A reflux structure for blow-by gas that returns blow-by gas generated in an engine to a clean side of an air cleaner to reflux the blow-by gas to the engine, said reflux structure for blow-by gas comprising: a pipe that has a flow path introducing the blow-by gas from the engine to the clean side of the air cleaner; and an air funnel that is mounted on the clean side of the air cleaner and introduces intake air from a dirty side into the engine, wherein said pipe has a discharge port formed to discharge the blow-by gas to a side closer to a bottom than to an umbrella part of the air funnel around the air funnel, wherein the discharge port is located directly under the umbrella part, and wherein the blow-up gas, after-being diffused inside the umbrella part, flows around and expands from the inside to an outside of the umbrella part, and is drawn into an intake flow in the vicinity of a suction port and then refluxed into the engine. a pipe that has a flow path introducing the blow-by gas from the engine to the clean side of the air cleaner; and an air funnel that is mounted on the clean side of the air cleaner and introduces intake air from a dirty side into the engine, wherein said pipe has a discharge port formed to discharge the blow-by gas to a side closer to a bottom than to an umbrella part of the air funnel around the air funnel, wherein the discharge port is located directly under the umbrella part, and wherein the blow-up gas, after-being diffused inside the umbrella part, flows around and expands from the inside to an outside of the umbrella part, and is drawn into an intake flow in the vicinity of a suction port and then refluxed into the engine.
A flame retardant composition comprising: 20 to 80 weight percent of a polycarbonate composition; where the polycarbonate composition comprises a polysiloxane-carbonate copolymer, and where the polysiloxane-carbonate copolymer is present in an amount of 3 to 30 weight percent, based on the total weight of the flame retardant composition; an impact modifier in an amount of 0.5 to 25 weight percent; and 1 to 20 weight percent of a phosphazene compound; where all weight percents are based on the total weight of the flame retardant composition. 20 to 80 weight percent of a polycarbonate composition; where the polycarbonate composition comprises a polysiloxane-carbonate copolymer, and where the polysiloxane-carbonate copolymer is present in an amount of 3 to 30 weight percent, based on the total weight of the flame retardant composition; an impact modifier in an amount of 0.5 to 25 weight percent; and 1 to 20 weight percent of a phosphazene compound; where all weight percents are based on the total weight of the flame retardant composition.
Method for the manufacture of a wound care product in which a fabric containing hydroactive constituents is processed, wherein said hydroactive constituents are carboxymethyl cellulose fibres and/or cellulose ethyl sulphonate fibres, wherein the processing of the fabric comprises the application of an antimicrobial means onto the hydroactive constituents, characterised in that the antimicrobial means is applied in an aqueous solution comprising 0.1 to 9% by weight of polyhexanide (PHMB), 0.5 to 15% by weight of EDTA disodium salt, 0.1 to 5% by weight of ethylhexyl monoglycerine ether, and 0.5 to 2.5% by weight of Tween 20.
A nickel-base superalloy comprising (in wt%): Co + Fe + Mn 0 - 20 Al 4 - 6, especially from 4.3 to 6, Cr >12 - 20 Ta >7.5 - 15 Ti 0 - <0.45 V 0 - 1 Nb 0 - <0.28 Mo 0 - 2.5 Mo + W + Re + Rh 2 - 8 Ru + Os + Ir + Pt + Pd 0 - 4 Hf 0 - 1.5 C + B + Zr 0 - 0.5 Ca + Mg + Cu 0 - 0.5 Y + La + Sc + Ce + Actinides + Lanthanides 0 - 0.5 Si 0 - 0.5 Ni balance and unavoidable impurities.
A method of manufacturing a rolling bearing including a stationary ring, a rotating ring, a plurality of rolling elements interposed between the stationary ring and the rotating ring, and a retainer retaining the plurality of rolling elements, the method comprising attaching a shield having an annular shape to the stationary ring, the method comprising: a preparation step of overlaying part of the shield on a side part of the stationary ring; and a welding step of laser-welding the shield to the side part, wherein in the welding step, while a head outputting the laser and the stationary ring on which the shield is overlaid, are relatively rotated about a center axis of the stationary ring, a welding operation of outputting laser on the shield to weld and a non-welding operation of not outputting laser are alternately repetitively performed such that in the welding operation, while laser output which is a pulse wave, is intermittently output by a second period which is shorter than a first period by which the welding operation is repetitively performed, a merged part obtained by the welding with the stationary ring is formed to have a continuous arc shape. a preparation step of overlaying part of the shield on a side part of the stationary ring; and a welding step of laser-welding the shield to the side part, wherein in the welding step, while a head outputting the laser and the stationary ring on which the shield is overlaid, are relatively rotated about a center axis of the stationary ring, a welding operation of outputting laser on the shield to weld and a non-welding operation of not outputting laser are alternately repetitively performed such that in the welding operation, while laser output which is a pulse wave, is intermittently output by a second period which is shorter than a first period by which the welding operation is repetitively performed, a merged part obtained by the welding with the stationary ring is formed to have a continuous arc shape.
A composition comprising (a) at least one film-forming polymer, which does not comprise silicon, (b) at least one organic UV filter, and (c) at least one organic solvent, wherein the composition is liquid at 20°C, wherein components (a) and (b) are dissolved in solvent (c), and wherein the ratio of the total amounts in weight percent of organic UV filters (b) to film-forming polymers (a) is below 6.5, wherein the overall amount of UV filters (b) in the composition is at least 10 % (w/w). (a) at least one film-forming polymer, which does not comprise silicon, (b) at least one organic UV filter, and (c) at least one organic solvent,