mhurhangee/ep-ind-claims huggingface dataset:
A polyisocyanate production process comprising: producing polyisocyanate by reacting carbonyl chloride with polyamine wherein hydrogen chloride is secondarily produced; purifying the hydrogen chloride produced secondarily in the production of polyisocyanate in a hydrogen chloride purifying means; supplying some of the purified hydrogen chloride to a chlorine producing means in which the hydrogen chloride is oxidized to produce the chlorine; supplying some of the purified hydrogen chloride to a hydrochloric acid producing means in which the hydrogen chloride is absorbed in water to produce hydrochloric acid; the amount of purified hydrogen chloride supplied to the hydrochloric acid producing means being adjusted by a first adjusting means; the amount of hydrogen chloride supplied to the chlorine producing means being adjusted by a second adjusting means; said first and second adjusting means (22, 23) being controlled by a control means which controls the second adjusting means so that an amount of purified hydrogen chloride supplied to the chlorine producing means is kept constant and controls the first adjusting means so that an inner pressure of the hydrogen chloride purifying means is kept constant. producing polyisocyanate by reacting carbonyl chloride with polyamine wherein hydrogen chloride is secondarily produced; purifying the hydrogen chloride produced secondarily in the production of polyisocyanate in a hydrogen chloride purifying means; supplying some of the purified hydrogen chloride to a chlorine producing means in which the hydrogen chloride is oxidized to produce the chlorine; supplying some of the purified hydrogen chloride to a hydrochloric acid producing means in which the hydrogen chloride is absorbed in water to produce hydrochloric acid; the amount of purified hydrogen chloride supplied to the hydrochloric acid producing means being adjusted by a first adjusting means; the amount of hydrogen chloride supplied to the chlorine producing means being adjusted by a second adjusting means; said first and second adjusting means (22, 23) being controlled by a control means which controls the second adjusting means so that an amount of purified hydrogen chloride supplied to the chlorine producing means is kept constant and controls the first adjusting means so that an inner pressure of the hydrogen chloride purifying means is kept constant.
A turning unit for a gas turbine engine comprising a compressor section, a turbine section, and an accessory gearbox, the turning unit comprising: an output assembly configured to be mechanically coupled to the gas turbine engine; and an electric motor operable to rotate, through the output assembly, one or more components of the compressor section or the turbine section at a rotational speed less than about fifty revolutions per minute during a shut-down condition of the gas turbine engine; characterized in that the output assembly comprises a shear neck, the output assembly being configured to shear apart at the shear neck in the event of a failure, thereby decoupling the turning unit from the accessory gearbox and preventing or minimizing damage to the remaining components of the turning unit; wherein the turning unit further comprises a one-way clutch, wherein the electric motor is mechanically connected to the output assembly through the one-way clutch. an output assembly configured to be mechanically coupled to the gas turbine engine; and an electric motor operable to rotate, through the output assembly, one or more components of the compressor section or the turbine section at a rotational speed less than about fifty revolutions per minute during a shut-down condition of the gas turbine engine; characterized in that the output assembly comprises a shear neck, the output assembly being configured to shear apart at the shear neck in the event of a failure, thereby decoupling the turning unit from the accessory gearbox and preventing or minimizing damage to the remaining components of the turning unit; wherein the turning unit further comprises a one-way clutch, wherein the electric motor is mechanically connected to the output assembly through the one-way clutch.
An access method for a machine to machine, M2M, terminal, the method comprising: determining, by an M2M terminal in a group of M2M terminals, an access code based on a M2M identifier, a total number of the M2M identifier, and a multiplexing factor; and accessing, by the M2M terminal, a network using the determined access code, wherein the M2M identifier is used by the group of M2M terminals, wherein the total number of the M2M identifier is a total number of identifiers available for a group of M2M terminals in the network, and wherein the multiplexing factor indicates a number of groups of M2M terminals which multiplex a same access resource. determining, by an M2M terminal in a group of M2M terminals, an access code based on a M2M identifier, a total number of the M2M identifier, and a multiplexing factor; and accessing, by the M2M terminal, a network using the determined access code, wherein the M2M identifier is used by the group of M2M terminals, wherein the total number of the M2M identifier is a total number of identifiers available for a group of M2M terminals in the network, and wherein the multiplexing factor indicates a number of groups of M2M terminals which multiplex a same access resource.
Adelmidrol for use in the treatment of epithelial tissue dysfunctions in a human being or animal, wherein said Adelmidrol causes an increase of the endogenous levels of palmitoylethanolamide without inhibiting the activity of the palmitoylethanolamide-degrading FAAH and NAAA enzymes, wherein said epithelial tissue dysfunctions in a human being or animal are selected from the group consisting of oropharyngeal and esophageal Dysphagia with different etiology; gastroesophageal reflux; Cricopharyngeal Achalasia; esophageal Achalasia; presbyphagia in the elderly; Burning Mouth Syndrome; Glaucoma; diseases of the ceruminous glands of the ear; ear hematomas in dog and cat; acute and chronic Pharyngites; Sinusites, Rinosinusites; Alopecia; Acute and chronic sialadenites; bladder pain syndrome with different etiology attributable to alterations of the urothelium and interstitial cystitis, cystitis due to systemic chemotherapeutics, cystitis due to bladder instillation of local chemotherapeutics, Epirubicin or Mitomycin, cystitis due to pelvic radiotherapy; chronic and/or recurrent Cystites; Inflammations of the secondary sexual glands and of the seminal vesicles and the seminal ducts.
A method for mutually coupling a first object comprising an opening and a second object comprising a rod-shaped element, comprising the steps of: - providing a clamp comprising a body with a axial longitudinal axis and a flexible material part at an outer surface of said body, said clamp comprising a recess axially through said body; - receiving said rod-shaped element in said recess and positioning said clamp in said opening of said first object, such that said flexible material part is positioned substantially abutting a surface of the opening in said first object, wherein_ said rod-shaped element is at least partially fed through said recess and positioned outside said clamp and in that a coupling member is coupled onto said protruding part of said rod-shaped element for keeping said clamp positioned against said second object, characterized in that the inner diameter of said clamp is larger than the outer diameter of said rod-shaped element.
A semiconductor device manufacturing method comprising: a catalytic step of depositing catalytic metal on a surface of a semiconductor substrate; an oxide removing step of removing oxide formed on the surface of the semiconductor substrate in the catalytic step; an additional catalytic step of depositing catalytic metal on the surface of the semiconductor substrate exposed in the oxide removing step; and a plating step of forming a metal film on the surface of the semiconductor substrate by means of an electroless plating method after the additional catalytic step. a catalytic step of depositing catalytic metal on a surface of a semiconductor substrate; an oxide removing step of removing oxide formed on the surface of the semiconductor substrate in the catalytic step; an additional catalytic step of depositing catalytic metal on the surface of the semiconductor substrate exposed in the oxide removing step; and a plating step of forming a metal film on the surface of the semiconductor substrate by means of an electroless plating method after the additional catalytic step.
A method of individualizing bundles for a brush tufting tool, characterized by the steps of: providing a bundle remover which is adapted to be swiveled back and forth about an axis between a transfer position at a tufting tool and a swiveled-back position and, in the process, moves along a bristle magazine by an outer surface and a recess provided in the outer surface, filling the recess with bristles from the bristle magazine during the swiveling-back process, and pressing bristles out of the recess back into the bristle magazine during the individualizing operation. providing a bundle remover which is adapted to be swiveled back and forth about an axis between a transfer position at a tufting tool and a swiveled-back position and, in the process, moves along a bristle magazine by an outer surface and a recess provided in the outer surface, filling the recess with bristles from the bristle magazine during the swiveling-back process, and pressing bristles out of the recess back into the bristle magazine during the individualizing operation.
A collimator (100; 300; 705) comprising: an adjustable aperture size; and a first pair of knobs (101, 102) configured to adjust the aperture size by manipulating one or both of the first pair of knobs (101, 102); wherein the first pair of knobs (101, 102) are each attached to opposite ends of a first shaft, and wherein each of the first pair of knobs (101, 102) is configured to adjust a different dimension of the adjustable aperture. an adjustable aperture size; and a first pair of knobs (101, 102) configured to adjust the aperture size by manipulating one or both of the first pair of knobs (101, 102); wherein the first pair of knobs (101, 102) are each attached to opposite ends of a first shaft, and wherein each of the first pair of knobs (101, 102) is configured to adjust a different dimension of the adjustable aperture.
A method for producing water-soluble granules, comprising mixing granules having poor sedimentation property in water and granules having good sedimentation property in water while adding an emulsifier thereto to thereby obtain mixed granules coated with the emulsifier, wherein the granules having poor sedimentation property in water contain at least one main ingredient that is selected from the group consisting of cocoa, whey, casein, soybean, and collagen, and wherein the granules having good sedimentation property in water contain at least one main ingredient that is selected from the group consisting of carbohydrates and organic acids.
An apparatus comprising: at least two plasmonic resonators having a space therebetween, the at least two plasmonic resonators configured to undergo plasmonic resonance upon irradiation by electromagnetic radiation and thereby generate an electric field in the space; and graphene oxide positioned within the space and in electrical contact with the at least two plasmonic resonators; the graphene oxide configured to: attract water molecules into the space; protonate water molecules present in the vicinity of the space; and by using the generated electric field in the space, split water molecules in the vicinity of the space, thereby producing hydrogen and oxygen. at least two plasmonic resonators having a space therebetween, the at least two plasmonic resonators configured to undergo plasmonic resonance upon irradiation by electromagnetic radiation and thereby generate an electric field in the space; and graphene oxide positioned within the space and in electrical contact with the at least two plasmonic resonators; the graphene oxide configured to: attract water molecules into the space; protonate water molecules present in the vicinity of the space; and by using the generated electric field in the space, split water molecules in the vicinity of the space, thereby producing hydrogen and oxygen. attract water molecules into the space; protonate water molecules present in the vicinity of the space; and by using the generated electric field in the space, split water molecules in the vicinity of the space, thereby producing hydrogen and oxygen.
Coating agent pump in the form of a displacement pump for conveying a coating agent, in particular a paint, an adhesive or a sealing agent, comprising a) a pump inlet (4, 5) for receiving the coating agent to be conveyed, and b) a pump outlet (6, 7) for delivering the coating agent conveyed by the coating agent pump, c) a pump chamber (8, 9) wherein the pump inlet (4, 5) and the pump outlet (6, 7) are connected to the pump chamber (8, 9), d) an inlet valve (15, 16) between the pump inlet (4, 5) and the pump chamber (8, 9), e) a cleaning opening (19, 20) in addition to the pump inlet (4, 5) and the pump outlet (6, 7) for cleaning the coating agent pump of the coating agent situated in the coating agent pump, wherein the cleaning opening (19, 20) is an ejection opening (19, 20) through which an ejection medium is fed into the coating agent pump in order to eject the coating agent situated in the coating agent pump out of the coating agent pump, characterised in that f) the ejection opening (19, 20) opens into the inlet valve (15, 16) in order to rinse out the inlet valve (15, 16), as well. a) a pump inlet (4, 5) for receiving the coating agent to be conveyed, and b) a pump outlet (6, 7) for delivering the coating agent conveyed by the coating agent pump, c) a pump chamber (8, 9) wherein the pump inlet (4, 5) and the pump outlet (6, 7) are connected to the pump chamber (8, 9), d) an inlet valve (15, 16) between the pump inlet (4, 5) and the pump chamber (8, 9), e) a cleaning opening (19, 20) in addition to the pump inlet (4, 5) and the pump outlet (6, 7) for cleaning the coating agent pump of the coating agent situated in the coating agent pump, wherein the cleaning opening (19, 20) is an ejection opening (19, 20) through which an ejection medium is fed into the coating agent pump in order to eject the coating agent situated in the coating agent pump out of the coating agent pump, characterised in that f) the ejection opening (19, 20) opens into the inlet valve (15, 16) in order to rinse out the inlet valve (15, 16), as well.
A display device (10, 30, 40) comprising: a display configured to display image; and at least one light emitting diode (100, 300, 400) configured to emit light to the display, the at least one light emitting diode including a light emitting diode chip including a sapphire substrate, a translucent sealing resin that covers the light emitting diode chip, and a reflective layer (3, 33) that is disposed on an upper face of the sealing resin such that the reflective layer forms an uppermost layer of the light emitting diode, wherein the light emitting diode chip is a flip chip type with the sapphire substrate disposed at an upper side of the light emitting diode chip, and an upper face of the sapphire substrate and a lower face of the reflective layer are separated by the sealing resin, characterized in that: the upper face of the sapphire substrate has an uneven shape; and the lower face of the reflective layer has an uneven shape. a display configured to display image; and at least one light emitting diode (100, 300, 400) configured to emit light to the display, the at least one light emitting diode including a light emitting diode chip including a sapphire substrate, a translucent sealing resin that covers the light emitting diode chip, and a reflective layer (3, 33) that is disposed on an upper face of the sealing resin such that the reflective layer forms an uppermost layer of the light emitting diode, a light emitting diode chip including a sapphire substrate, a translucent sealing resin that covers the light emitting diode chip, and a reflective layer (3, 33) that is disposed on an upper face of the sealing resin such that the reflective layer forms an uppermost layer of the light emitting diode, wherein the light emitting diode chip is a flip chip type with the sapphire substrate disposed at an upper side of the light emitting diode chip, and an upper face of the sapphire substrate and a lower face of the reflective layer are separated by the sealing resin, characterized in that: the upper face of the sapphire substrate has an uneven shape; and the lower face of the reflective layer has an uneven shape. the upper face of the sapphire substrate has an uneven shape; and the lower face of the reflective layer has an uneven shape.
A self-supporting interface dressing formed from a thin layer of a composition comprising a hydrophobic matrix and having through holes, characterized in that said hydrophobic matrix comprises: - per 100 parts by weight of a styrene-saturated olefin-styrene triblock copolymer having a viscosity between 0.2 and 2 Pa.s, as measured in a 10% (weight/weight) solution in toluene; - from 400 to 1220 parts by weight of a plasticizer, preferably a plasticizing oil; and - from 0 to 720 parts by weight of petroleum jelly; it being specified moreover that: - the total amount of plasticizer and petroleum jelly is greater than or equal to 750 parts by weight; - the amount of petroleum jelly is between 400 and 720 parts by weight when the amount of plasticizer is between 1000 and 1220 parts by weight. - per 100 parts by weight of a styrene-saturated olefin-styrene triblock copolymer having a viscosity between 0.2 and 2 Pa.s, as measured in a 10% (weight/weight) solution in toluene; - from 400 to 1220 parts by weight of a plasticizer, preferably a plasticizing oil; and - from 0 to 720 parts by weight of petroleum jelly; it being specified moreover that: - the total amount of plasticizer and petroleum jelly is greater than or equal to 750 parts by weight; - the amount of petroleum jelly is between 400 and 720 parts by weight when the amount of plasticizer is between 1000 and 1220 parts by weight. - the total amount of plasticizer and petroleum jelly is greater than or equal to 750 parts by weight; - the amount of petroleum jelly is between 400 and 720 parts by weight when the amount of plasticizer is between 1000 and 1220 parts by weight.
A film coated tablet comprising (a) a tablet core comprising diclofenac potassium in an amount of 10-50mg, and (b) a coating comprising 60-70% (w/w) of hydroxypropyl methylcellulose, 8-12% (w/w) of stearic acid and 5-15% (w/w) of microcrystalline cellulose; wherein the purpose of said coating is to protect the tablet core, mainly against moisture, oxygen and light, and to ease swallowing of the tablet. (a) a tablet core comprising diclofenac potassium in an amount of 10-50mg, and (b) a coating comprising 60-70% (w/w) of hydroxypropyl methylcellulose, 8-12% (w/w) of stearic acid and 5-15% (w/w) of microcrystalline cellulose; wherein the purpose of said coating is to protect the tablet core, mainly against moisture, oxygen and light, and to ease swallowing of the tablet.
A filter holder assembly for a filter holder coffee machine comprising a filter holder and a filter insert which can be inserted into the filter holder, the filter holder having a distributor arranged below its outlet region, i.e. arranged on that side which is opposite its opening formed for the insertion of the filter insert, and a diverter insert, which is formed and can be positioned in the filter holder for diverting the coffee emerging from the filter holder via the filter openings of the filter insert, wherein the diverter insert comprises or consists of a thermally insulating material, wherein the thermal conductivity of the diverter insert is < 0.3 W/(m ∗ K) and the specific heat capacity of the diverter insert is < 1200 J/(kg ∗ K), characterized in that the distributor comprises or consists of a thermally insulating material, the mass of the diverter insert < is 5 g and the heat capacity of the diverter insert < is 5 J/K. a filter holder and a filter insert which can be inserted into the filter holder, the filter holder having a distributor arranged below its outlet region, i.e. arranged on that side which is opposite its opening formed for the insertion of the filter insert, and a diverter insert, which is formed and can be positioned in the filter holder for diverting the coffee emerging from the filter holder via the filter openings of the filter insert, wherein the diverter insert comprises or consists of a thermally insulating material, wherein the thermal conductivity of the diverter insert is < 0.3 W/(m ∗ K) and the specific heat capacity of the diverter insert is < 1200 J/(kg ∗ K), characterized in that the distributor comprises or consists of a thermally insulating material, the mass of the diverter insert < is 5 g and the heat capacity of the diverter insert < is 5 J/K.
A fiber amplifier system comprising: an optical source providing an optical seed beam; an optical component responsive to the seed beam and causing frequency modulation, FM, to amplitude modulation, AM, conversion to the seed beam that creates a non-uniform spectral transmission of the seed beam having peaks and nulls; a spectral shift temperature actuator coupled to the optical component, and heating or cooling the optical component to cause a shift in the spectral transmission of the seed beam created by the optical component; a fiber amplifier responsive to the seed beam after the spectral shift temperature actuator and the optical component and generating an amplified output beam; a beam sampler responsive to the amplified output beam that provides a sample beam; a detector sub-system (34, 44, 46,48, 52) responsive to the sample beam, said detector sub-system detecting an amount of amplitude modulation in the sample beam and generating a control metric signal identifying the amount of amplitude modulation; and a spectral shift temperature controller responsive to the control metric signal from the detector sub-system and controlling the spectral shift temperature actuator to cause the spectral shift temperature actuator to make temperature adjustments to the optical component to cause the spectral transmission created by the optical component to shift so that the peaks or nulls in the non-uniform spectral transmission align with a center frequency of the seed beam to reduce the amplitude modulation in the seed beam. an optical source providing an optical seed beam; an optical component responsive to the seed beam and causing frequency modulation, FM, to amplitude modulation, AM, conversion to the seed beam that creates a non-uniform spectral transmission of the seed beam having peaks and nulls; a spectral shift temperature actuator coupled to the optical component, and heating or cooling the optical component to cause a shift in the spectral transmission of the seed beam created by the optical component; a fiber amplifier responsive to the seed beam after the spectral shift temperature actuator and the optical component and generating an amplified output beam; a beam sampler responsive to the amplified output beam that provides a sample beam; a detector sub-system (34, 44, 46,48, 52) responsive to the sample beam, said detector sub-system detecting an amount of amplitude modulation in the sample beam and generating a control metric signal identifying the amount of amplitude modulation; and a spectral shift temperature controller responsive to the control metric signal from the detector sub-system and controlling the spectral shift temperature actuator to cause the spectral shift temperature actuator to make temperature adjustments to the optical component to cause the spectral transmission created by the optical component to shift so that the peaks or nulls in the non-uniform spectral transmission align with a center frequency of the seed beam to reduce the amplitude modulation in the seed beam.