mhurhangee/ep-ind-claims huggingface dataset:
A recombinant carboxydotrophic Clostridia microorganism that expresses least one exogenous nicotinamide adenine dinucleotide phosphate (NADPH)-dependent enzyme, wherein the NADPH-dependent enzyme is a hydrogenase, a formate dehydrogenase, a methylene-THF-dehydrogenase, a hydroxymethylglutaryl-CoA (HMG-CoA) reductase, a 3-hydroxybutyryl-CoA dehydrogenase, an acetoacetyl-CoA reductase, a trans-2-enoyl-CoA reductase, a nicotinamide adenine dinucleotide (NADH)/nicotinamide adenine dinucleotide phosphate (NADPH) co-dependent enzyme or a NADH/NADPH bifurcating isoform; further wherein the overall utilization of NADPH over NADH by the microorganism is increased relative to the parental microorganism. wherein the NADPH-dependent enzyme is a hydrogenase, a formate dehydrogenase, a methylene-THF-dehydrogenase, a hydroxymethylglutaryl-CoA (HMG-CoA) reductase, a 3-hydroxybutyryl-CoA dehydrogenase, an acetoacetyl-CoA reductase, a trans-2-enoyl-CoA reductase, a nicotinamide adenine dinucleotide (NADH)/nicotinamide adenine dinucleotide phosphate (NADPH) co-dependent enzyme or a NADH/NADPH bifurcating isoform; further wherein the overall utilization of NADPH over NADH by the microorganism is increased relative to the parental microorganism.
A refrigerator and/or freezer having a heat-insulated appliance body which encloses an interior cooled by a heat pump, wherein a removal opening is provided via which the interior is accessible from outside the appliance, and wherein a door or a cover is provided for closing the removal opening, wherein the appliance has a projection arrangement for displaying information or symbols on a visible surface, wherein the projection arrangement comprises a light source and a diffractive optical element for diffracting a light beam emitted by the light source, wherein the appliance comprises a lamp for illuminating the cooled interior, comprising a transparent cover and an illuminant arranged behind the cover, wherein the projection arrangement is integrated into this lamp in that the light source of the projection arrangement is also arranged behind the cover, characterised in that the cover constitutes the diffractive optical element.
A method for controlling a ship engine, including an ordinary mode in which an output value to be supplied to fuel supply means is changed in accordance with a difference between a set rotation rate set by a ship operator and an actual rotation rate of the ship engine, and a fuel saving mode in which a width of change per unit time of said output value is reduced in said ordinary mode, said fuel saving mode being switched to said ordinary mode on a predetermined condition; wherein said predetermined condition includes a change of said set rotation rate made by the ship operator; said fuel saving mode being maintained when the rate of change per unit time of said set rotation rate is smaller than a predetermined value.
An antireflective coating composition having a carbon content of greater than 80 weight% by solid content, based on elemental analysis, comprising a crosslinker and a crosslinkable polymer capable of being crosslinked by the crosslinker, where the crosslinkable polymer comprises a unit represented by structure: -[-A-B-]- where A is a fused aromatic ring having 3 or 4 aromatic rings and B has a structure, where R 1 is C 1 -C 4 alkyl and R 2 is C 1 -C 4 alkyl, where the composition further comprises an acid generator, wherein the crosslinker is selected from polymers of glycoluril, melamine, 1,3 adamantane diol, 1,3,5 adamantane triol or tetramethoxymethyl-bisphenol (TMOM-BP), aminoplast crosslinkers, glycolurils.
A radiation detector configured to detect spatial distributions of a first radiation and a second radiation, the radiation detector being further configured to detect the first radiation and the second radiation using a common scintillator, the radiation detector comprising: a plurality of scintillators (1,3) each of which converts the first radiation into a first light and the second radiation into a second light; a shielding unit that is arranged between adjacent scintillators to prevent passing of the first radiation, the second radiation, the first light, and the second light; a plurality of first photoelectric converters that are arranged in a one-to-one correspondence with the scintillators and configured to output a first electrical signal based on an intensity of the first light; and a plurality of second photoelectric converters that are arranged in a one-to-one correspondence with the scintillators, and configured to output a second electrical signal based on an intensity of the second light; and wherein each of the scintillators is provided with two types of photoelectric converters including a respective one of the first photoelectric converters and a respective one of the second photoelectric converters, wherein the first and second light have a wavelength so as to enable photoelectric conversion by the first and second photoelectric converters; and wherein the functioning of the first photoelectric converters is stopped when the second radiation is being detected and the second photoelectric converters do not photoelectrically convert the first light when the first radiation is being detected. a plurality of scintillators (1,3) each of which converts the first radiation into a first light and the second radiation into a second light; a shielding unit that is arranged between adjacent scintillators to prevent passing of the first radiation, the second radiation, the first light, and the second light; a plurality of first photoelectric converters that are arranged in a one-to-one correspondence with the scintillators and configured to output a first electrical signal based on an intensity of the first light; and a plurality of second photoelectric converters that are arranged in a one-to-one correspondence with the scintillators, and configured to output a second electrical signal based on an intensity of the second light; and wherein each of the scintillators is provided with two types of photoelectric converters including a respective one of the first photoelectric converters and a respective one of the second photoelectric converters, wherein the first and second light have a wavelength so as to enable photoelectric conversion by the first and second photoelectric converters; and wherein the functioning of the first photoelectric converters is stopped when the second radiation is being detected and the second photoelectric converters do not photoelectrically convert the first light when the first radiation is being detected.
Jet regulator (2, 2') which is switchable optionally between at least two outlet jet patterns and which to this end has a jet regulator housing with at least two housing parts (5, 6; 5', 6') which are rotatable relative to one another and of which an inflow-side first housing part (5, 5') is mountable in a rotationally fixed manner on the water outlet of a sanitary - outlet fitting and of which an outflow-side second housing part (6, 6'), at least at its outflow-side housing outer circumference, is configured as a handle or is connected to a handle, wherein the first housing part (5, 5') has a jet splitter (7, 7') having a plurality of splitter openings (8, 8'), wherein mutually spaced-apart jet ducts (9, 9') are provided on the housing inner circumference of the second housing part (6, 6'), wherein the individual jets coming from the splitter openings (8, 8') are guided through the jet ducts (9, 9') and formed into an annularly circumferential outlet jet pattern in a first rotary position of the housing parts (5, 6; 5', 6'), and are deflected in the housing interior of the jet regulator (2, 2') to a central outlet opening (10, 10') in the jet regulator housing in a second rotary position, wherein a rotary latch having at least one latching tooth (13, 13') is provided between the first and the second housing part (5, 6; 5', 6'), said latching tooth (13, 13') being integrally formed on a duct wall, facing the housing interior of the jet regulator housing, of at least one jet duct (9, 9') and said latching tooth (13, 13') interacting with a latching profile which is arranged on a circumferential wall of the first housing part (5, 5'), wherein at least one subregion, bearing the latching tooth (13, 13'), of the duct wall of the at least one jet duct or at least a subregion of the wall, bearing the latching profile, of the first housing part is configured as a flexible tongue (14, 14'), and wherein a lattice or grid structure that extends over the central outlet opening (10, 10') is integrally formed on the outflow side of the second housing part (6, 6'), characterized in that the splitter openings (8, 8') of the jet splitter (7, 7') open into duct-like discharge ducts which are separated from one another in the circumferential direction by pocket-like cutouts in the outflow side of the jet splitter (7, 7').
An integrated circuit comprising: a first input/output lane comprising first external terminals and first driver circuits, wherein the first driver circuits exchange signals with a first external memory device through the first external terminals as part of a first external memory interface, and wherein the first input/output lane is part of a first sub-bank that implements at least a part of the first external memory interface in a first input/output bank, wherein supply current is provided to the first input/output lane from a supply voltage; and a second input/output lane comprising second external terminals and second driver circuits, wherein the second driver circuits exchange signals with the first external memory device through the second external terminals as part of the first external memory interface in a first configuration, wherein the second driver circuits exchange signals with a second external memory device through the second external terminals as part of a second external memory interface in a second configuration, and wherein the second input/output lane is part of the first sub-bank that implements at least a part of the second external memory interface in the first input/output bank, wherein supply current is provided to the second input/output lane from the supply voltage. a first input/output lane comprising first external terminals and first driver circuits, wherein the first driver circuits exchange signals with a first external memory device through the first external terminals as part of a first external memory interface, and wherein the first input/output lane is part of a first sub-bank that implements at least a part of the first external memory interface in a first input/output bank, wherein supply current is provided to the first input/output lane from a supply voltage; and a second input/output lane comprising second external terminals and second driver circuits, wherein the second driver circuits exchange signals with the first external memory device through the second external terminals as part of the first external memory interface in a first configuration, wherein the second driver circuits exchange signals with a second external memory device through the second external terminals as part of a second external memory interface in a second configuration, and wherein the second input/output lane is part of the first sub-bank that implements at least a part of the second external memory interface in the first input/output bank, wherein supply current is provided to the second input/output lane from the supply voltage.
Use of an immunoglobulin single variable domain which is a VH, VL or VHH that has at least 96% identity over its entire length as determined using the BLAST algorithm to the amino acid sequence TAR 2H-131-511(SEQ ID NO 379) and that binds TNFR1 in pulmonary tissue in the manufacture of a formulation for local delivery to pulmonary tissue to treat or prevent a respiratory disease or lung inflammation, and wherein the local delivery to pulmonary tissue is by inhalation or intranasal administration.
A vacuum pump, in particular a turbomolecular pump, comprising a rotor, which is rotatably supported in a stator, for at least one pumping stage, wherein at least one bearing unit is provided for supporting the rotor and comprises at least one permanent magnet bearing in the region of a pump inlet; a safety bearing associated with the permanent magnet bearing; and a rolling element bearing in the region of a pump outlet, wherein the safety bearing is arranged in front of or behind the permanent magnet bearing, viewed in an axial direction of the rotor, and wherein the safety bearing is arranged at a section (58, 72) of the stator and is not in contact with the rotor in a normal operating state of the vacuum pump, characterized in that the bearing unit comprises a preload element, in particular a spring package, for axially preloading a stator-side part of the permanent magnet bearing and of the safety bearing at a section (58, 72) of the stator.
Rotor, comprising two blades (2, 3) rotating about an axis of rotation, each blade comprising an inner longitudinal edge (22, 32) along the axis of rotation and an outer longitudinal edge (23, 33), or the axis of rotation being located between an inner longitudinal edge (22, 32) and an outer longitudinal edge (23, 33) of each blade, each blade being configured to alternately transmit to the axis of rotation, during a rotation of the rotor about the axis of rotation, under the effect of the flow of a fluid, a drive torque rotating the rotor about the axis of rotation and a resistive torque tending to oppose the rotation of the rotor about the axis of rotation, each of the two blades (2, 3) comprising, in a region of their outer longitudinal edge (23, 33), a flexible part (21, 31) made of a flexible material in order to retract on one side in a direction tangential to the outer longitudinal edge of the blade toward the interior of the rotor in a retracted position when the blade transmits the resistive torque to the axis of rotation of the rotor during a half-turn of the rotor rotation, and in order to extend on a different side in the tangential direction toward the exterior of the rotor in a maximum extended position when the blade transmits the drive torque to the axis of rotation of the rotor during a subsequent half-turn of the rotor rotation, the flexible part of each blade being driven automatically between its retracted and extended positions under the effect of the flow of the fluid without other active means.
Structure for use in a corrosive environment, comprising: - a primary structural element, which primary structural element is made of metal and is provided with a coating, which coating has a composition comprising zinc in a content of at least 40 wt% based on the weight of the coating, - a secondary structural element, which secondary structural element is made of metal and is provided with a coating, which coating is an alloy comprising aluminum and manganese, in which alloy the content of aluminum and manganese together is at least 90 wt % based on the weight of the coating, which alloy comprises more aluminum than manganese by weight, and, wherein the primary structural element and the secondary structural element are in electrical contact with each other. - a primary structural element, which primary structural element is made of metal and is provided with a coating, which coating has a composition comprising zinc in a content of at least 40 wt% based on the weight of the coating, - a secondary structural element, which secondary structural element is made of metal and is provided with a coating, which coating is an alloy comprising aluminum and manganese, in which alloy the content of aluminum and manganese together is at least 90 wt % based on the weight of the coating, which alloy comprises more aluminum than manganese by weight, and,
A blender jug assembly including: a vessel (10, 110) having a throat (13, 151) located at a floor of the interior of the vessel, the vessel having a collar (11, 154) that defines a jug skirt; a plug element being located within the throat; the plug element (12, 112) having a blade module comprising one or more blades (18, 122); the plug element having a first coupling component (19, 121) for engaging a co-operating second coupling component on a blender base, the first coupling component (19, 121) being engaged to the one or more blades (18, 122) by a rotatable shaft assembly supported by the plug element (12, 112), the first coupling component (19, 121) being accessible from below the vessel; characterised in that the plug element (12, 112) and collar (11, 154) include co-operating retaining elements (32, 33, 48), the retaining elements including one or more tabs (32, 126) having a retaining lip z) that engages a rim (48, 155) to releasably couple the plug element (12, 112) to the collar (11, 154), to resist separation of the plug element (12, 112) and collar (11, 154) when fully engaged. a vessel (10, 110) having a throat (13, 151) located at a floor of the interior of the vessel, the vessel having a collar (11, 154) that defines a jug skirt; a plug element being located within the throat; the plug element (12, 112) having a blade module comprising one or more blades (18, 122); the plug element having a first coupling component (19, 121) for engaging a co-operating second coupling component on a blender base, the first coupling component (19, 121) being engaged to the one or more blades (18, 122) by a rotatable shaft assembly supported by the plug element (12, 112), the first coupling component (19, 121) being accessible from below the vessel; characterised in that the plug element (12, 112) and collar (11, 154) include co-operating retaining elements (32, 33, 48), the retaining elements including one or more tabs (32, 126) having a retaining lip z) that engages a rim (48, 155) to releasably couple the plug element (12, 112) to the collar (11, 154), to resist separation of the plug element (12, 112) and collar (11, 154) when fully engaged.
An operation apparatus comprising: a touch panel including a display unit that can display a first window corresponding to an initial window displaying a plurality of setting item keys on each of which a first character string indicating a setting item_and a second character string indicating a setting condition of the setting item are displayed in a first language, and a touch sensor that detects an input operation on each of a plurality of software keys including the plurality of setting item keys, the plurality of software keys being displayed on the display unit; an instruction, detection unit that detects a changing instruction intended to change only a character string in the first language displayed on a setting item key to a character string in a second language differing from the first language, based on information relating to the input operation applied to the setting item key and detected by the touch panel; a different language acceptance unit that displays a language switching key including the character string in the second language corresponding to only the first character string excluding the second character string in a vicinity of the first character string displayed on the setting item key identified by the changing instruction thus detected on the first window, such that an input operation thereon can be accepted by the touch panel, upon detection of the changing instruction by the instruction detection unit; and a character string changing unit that, upon detection by the touch panel of the input operation applied to the language switching key which is displayed on the setting item key identified by the changing instruction, changes the language of the first character string and the second character string only with respect to the identified setting item key to character strings in the second language, based on a content of the input operation detected on the first window by the touch panel.
A dispensing and delivery system including a continuously sealing one way valve assembly for dispensing a flowable substance, comprising: a source for storage of the flowable substance, the source having an opening; a valve assembly coupled to the opening of the source, said valve assembly including (i) an inner core having an inlet opening for receiving the flowable substance into a passageway and at least one port opening from the passageway, characterised by (ii) a tubular flexible membrane having two ends with a greater wall thickness at the first end, wherein the tubular flexible membrane is fitted over an outer surface of the inner core and when the flowable substance is placed under pressure the flowable substance exits through the at least one port opening and expands said membrane outwardly from said outer surface of said inner core; a cover enclosing the flexible membrane and having an outlet orifice for dispensing the flowable substance from the valve assembly when pressure is applied to the flowable substance and wherein when the pressure on the flowable substance is released, the valve closes at the thicker first end of the tubular flexible membrane, the end closest to the outlet orifice of the cover, and wherein the source is filled with a preservative free eye care or nasal care product comprising: hyaluronan or derivatives of hyaluronan. a source for storage of the flowable substance, the source having an opening; a valve assembly coupled to the opening of the source, said valve assembly including (i) an inner core having an inlet opening for receiving the flowable substance into a passageway and at least one port opening from the passageway, characterised by (ii) a tubular flexible membrane having two ends with a greater wall thickness at the first end, wherein the tubular flexible membrane is fitted over an outer surface of the inner core and when the flowable substance is placed under pressure the flowable substance exits through the at least one port opening and expands said membrane outwardly from said outer surface of said inner core; (i) an inner core having an inlet opening for receiving the flowable substance into a passageway and at least one port opening from the passageway, characterised by (ii) a tubular flexible membrane having two ends with a greater wall thickness at the first end, wherein the tubular flexible membrane is fitted over an outer surface of the inner core and when the flowable substance is placed under pressure the flowable substance exits through the at least one port opening and expands said membrane outwardly from said outer surface of said inner core; a cover enclosing the flexible membrane and having an outlet orifice for dispensing the flowable substance from the valve assembly when pressure is applied to the flowable substance and wherein when the pressure on the flowable substance is released, the valve closes at the thicker first end of the tubular flexible membrane, the end closest to the outlet orifice of the cover, and wherein the source is filled with a preservative free eye care or nasal care product comprising: hyaluronan or derivatives of hyaluronan.
An additive composition for a hydrocarbon fuel comprising: (i) a metal compound selected from an iron compound, a manganese compound, a calcium compound, a cerium compound and mixtures thereof; (ii) an organic compound selected from a bicyclic monoterpene, substituted bicyclic monoterpene, adamantane, propylene carbonate and mixtures thereof; and (iii) a stabiliser wherein (iii) comprises an asphaltene dispersant, a cold flow improver, a wax antisettling additive, or mixtures thereof. (i) a metal compound selected from an iron compound, a manganese compound, a calcium compound, a cerium compound and mixtures thereof; (ii) an organic compound selected from a bicyclic monoterpene, substituted bicyclic monoterpene, adamantane, propylene carbonate and mixtures thereof; and (iii) a stabiliser