mhurhangee/ep-ind-claims huggingface dataset:
A recombinant microorganism that uses H 2 or formate for reduction of CO 2 into a higher alcohol, comprising: a naturally occurring H 2 and/or formate reduction pathway or an engineered H 2 and/or formate reduction pathway; a heterologous 2-keto-acid decarboxylase and/or a heterologous alcohol dehydrogenase for the production of a higher alcohol from a metabolite comprising a 2-keto acid; wherein the microorganism produces a higher alcohol selected from the group consisting of 1-propanol, isobutanol, 1-butanol, 2-methyl 1-butanol, 3-methyl 1-butanol and 2-phenylethanol from CO 2 as the carbon source. a naturally occurring H 2 and/or formate reduction pathway or an engineered H 2 and/or formate reduction pathway; a heterologous 2-keto-acid decarboxylase and/or a heterologous alcohol dehydrogenase for the production of a higher alcohol from a metabolite comprising a 2-keto acid;
A movable bathtub assembly comprising a bathtub and a mechanism to displace it comprising two pair of arms, each pair of arms on the opposite side of the bathtub, whereas each pair of arms (2, 3) is connected at a first end, via a frame (6, 50), to a base and/or to a wall by a first pair of articulated joints (9, 11) and is connected at a second end, via a bed, to the bathtub by a second pair of articulated joints (15, 16), wherein all arms, joints and mechanism mounting structures are arranged below the upper edge of the bathtub supported by bathtub legs on the base and situated in the bathing position, in principle horizontally completely inside a space defined by the upper edge of the bathtub, the base and bathroom walls adjacent to the bathtub, in such way, that the bathtub is displaced following the rotation of the two pair of arms (2, 3) from a bathing position to a vertical position, where a concave side of the bathtub faces towards the place of the centre of the bathtub when in the bathing position, whereas the arms and the bathtub form a four-bar linkage with oscillating links defining the bathtub trajectory, whereby the movement of the arms (2,3) is synchronised on both sides of the bathtub by a stiff connection of one arm (2, 3) from the first pair to the corresponding arm (2, 3) from the second pair by a coupling element.
An apparatus to be included in a user equipment ("UE"), the apparatus comprising: a hash value module to determine a first hash value that is generated based on an application identifier, characterized in that the application identifier is associated with an application, and in that the hash value module is to provide a resource by the UE, to determine a second hash value that is generated based on metadata associated with the resource to be provided by the UE, and to determine a port associated with the provision of the resource by the UE wherein the resource is a service or content to be provided by an application associated with the UE; and in that the apparatus further comprises: a communication interface, communicatively coupled with the hash value module, to transmit the first hash value, the second hash value, and an indication of the port to a web server as a Uniform Resource Identifier, URI, over a network to be published for another UE.
A method for obtaining a light rare earth element-rich inclusion and a heavy rare earth element-rich inclusion from a workpiece containing a light rare earth element and a heavy rare earth element in order to separate the two, characterized by including at least: a step of obtaining, from a workpiece containing a light rare earth element and a heavy rare earth element, a composite oxide or mixture of oxides of the two; a step of dissolving the obtained composite oxide or mixture of oxides of a light rare earth element and a heavy rare earth element in hydrochloric acid and/or nitric acid; a step of adding a precipitant to the obtained solution to give a precipitate; a step of calcining the obtained precipitate; a step of adding the obtained calcine in an amount of 1.1 times to 3.0 times the upper solubility limit to hydrochloric acid and/or nitric acid having a concentration of 0.7 mol/L or more to give a solution and a residue; and a step of separating the obtained solution and residue, thereby giving i) the solution as a light rare earth element-rich inclusion having a ratio of a content of the light rare earth element to a content of the heavy rare earth element which is higher than the corresponding ratio in the workpiece and ii) the residue as a heavy rare earth element-rich inclusion having a ratio of a content of the heavy rare earth element to a content of the light rare earth element which is higher than the corresponding ratio in the workpiece. a step of obtaining, from a workpiece containing a light rare earth element and a heavy rare earth element, a composite oxide or mixture of oxides of the two; a step of dissolving the obtained composite oxide or mixture of oxides of a light rare earth element and a heavy rare earth element in hydrochloric acid and/or nitric acid; a step of adding a precipitant to the obtained solution to give a precipitate; a step of calcining the obtained precipitate; a step of adding the obtained calcine in an amount of 1.1 times to 3.0 times the upper solubility limit to hydrochloric acid and/or nitric acid having a concentration of 0.7 mol/L or more to give a solution and a residue; and a step of separating the obtained solution and residue, thereby giving i) the solution as a light rare earth element-rich inclusion having a ratio of a content of the light rare earth element to a content of the heavy rare earth element which is higher than the corresponding ratio in the workpiece and ii) the residue as a heavy rare earth element-rich inclusion having a ratio of a content of the heavy rare earth element to a content of the light rare earth element which is higher than the corresponding ratio in the workpiece. i) the solution as a light rare earth element-rich inclusion having a ratio of a content of the light rare earth element to a content of the heavy rare earth element which is higher than the corresponding ratio in the workpiece and ii) the residue as a heavy rare earth element-rich inclusion having a ratio of a content of the heavy rare earth element to a content of the light rare earth element which is higher than the corresponding ratio in the workpiece.
A method for producing an aluminum alloy rolled material for molding, the method comprising: a step of performing homogenization treatment of an ingot comprising an aluminum alloy comprising Si: 0.30 to 1.50 mass%, Mg: 0.30 to 1.50 mass%, Cu: 0.001 to 1.50 mass%, at least any of 0.50 mass% or less of Mn, 0.40 mass% or less of Cr, and 0.40 mass% or less of Fe, and a balance of Al and inevitable impurities; a cooling step of cooling the aluminum alloy after the homogenization treatment so that an average cooling rate in an ingot thickness of 1/4 part from 500°C to 320°C is 50°C/h to 2000°C/h; a step of starting hot rolling at 370°C to 440°C and winding the hot-rolled aluminum alloy at 310 to 380°C; a step of cold-rolling the aluminum alloy after the hot rolling at a total cold rolling reduction of 65 % or more; and a solution treatment step after the cold-rolling step, wherein the method for producing an aluminum alloy rolled material for molding further comprises a step of retaining the aluminum alloy after the cooling step for 0.17 hours or more at a heating temperature before rolling set within a range of 370°C to 440°C before the hot rolling, and wherein cold-rolling is performed without intermediate annealing in the step of cold-rolling. a step of performing homogenization treatment of an ingot comprising an aluminum alloy comprising Si: 0.30 to 1.50 mass%, Mg: 0.30 to 1.50 mass%, Cu: 0.001 to 1.50 mass%, at least any of 0.50 mass% or less of Mn, 0.40 mass% or less of Cr, and 0.40 mass% or less of Fe, and a balance of Al and inevitable impurities; a cooling step of cooling the aluminum alloy after the homogenization treatment so that an average cooling rate in an ingot thickness of 1/4 part from 500°C to 320°C is 50°C/h to 2000°C/h; a step of starting hot rolling at 370°C to 440°C and winding the hot-rolled aluminum alloy at 310 to 380°C; a step of cold-rolling the aluminum alloy after the hot rolling at a total cold rolling reduction of 65 % or more; and a solution treatment step after the cold-rolling step, wherein the method for producing an aluminum alloy rolled material for molding further comprises a step of retaining the aluminum alloy after the cooling step for 0.17 hours or more at a heating temperature before rolling set within a range of 370°C to 440°C before the hot rolling, and wherein cold-rolling is performed without intermediate annealing in the step of cold-rolling.
A microfluidic device for analysing a test liquid comprising: a bridgeable barrier; an upstream portion, positioned upstream from the bridgeable barrier, housing a sensor provided in a sensing chamber and for receiving a test liquid to be analysed, said upstream portion comprising an inlet channel, an outlet channel and a sample input port for receiving the test liquid and in fluid communication with the inlet channel, the upstream portion being filled with a further liquid between the inlet channel and the outlet channel; a downstream portion, positioned downstream from the bridgeable barrier, for receiving the further liquid from the outlet channel of the upstream portion; a removably attachable seal, configured to enclose the upstream portion and - inhibit flow of the further liquid before removal of the seal, and - after removal of the seal, permit the further liquid to pass the barrier from the upstream portion to the downstream portion; wherein the device is configured such that, after removal of the seal, the capillary pressure at the sample input port is balanced with the capillary pressure at the downstream portion. a bridgeable barrier; an upstream portion, positioned upstream from the bridgeable barrier, housing a sensor provided in a sensing chamber and for receiving a test liquid to be analysed, said upstream portion comprising an inlet channel, an outlet channel and a sample input port for receiving the test liquid and in fluid communication with the inlet channel, the upstream portion being filled with a further liquid between the inlet channel and the outlet channel; a downstream portion, positioned downstream from the bridgeable barrier, for receiving the further liquid from the outlet channel of the upstream portion; a removably attachable seal, configured to enclose the upstream portion and - inhibit flow of the further liquid before removal of the seal, and - after removal of the seal, permit the further liquid to pass the barrier from the upstream portion to the downstream portion; - inhibit flow of the further liquid before removal of the seal, and - after removal of the seal, permit the further liquid to pass the barrier from the upstream portion to the downstream portion; wherein the device is configured such that, after removal of the seal, the capillary pressure at the sample input port is balanced with the capillary pressure at the downstream portion.
An armrest assembly, which is configured to be capable of holding a cup, the armrest assembly comprising: an armrest body, wherein a cavity and an opening communicating with the cavity are arranged in the armrest body; headrest, wherein the headrest is rotatably fixed to an end portion of the armrest body close to the opening, and a cup receptacle capable of receiving the cup is arranged on the back of the headrest; and a cup holder mechanism, wherein the cup holder mechanism has a cup holder arranged in the cavity, and the cup holder is ejectable from the opening to hold the cup. an armrest body, wherein a cavity and an opening communicating with the cavity are arranged in the armrest body; headrest, wherein the headrest is rotatably fixed to an end portion of the armrest body close to the opening, and a cup receptacle capable of receiving the cup is arranged on the back of the headrest; and a cup holder mechanism, wherein the cup holder mechanism has a cup holder arranged in the cavity, and the cup holder is ejectable from the opening to hold the cup.
Method for applying a liquid or pasty application medium to a moving material web, in particular a moving fibrous web, the application medium being applied to a first moving auxiliary belt by means of a pre-dosing device, and this first auxiliary belt changing its direction of movement at at least one first deflection, the first auxiliary belt moving at approximately the same or a higher speed than the moving material web, the first auxiliary belt not being in contact with the material web, and in that the application medium is transferred at least partially at the first deflection from the first auxiliary belt in the form of a jet to the moving material web, characterized in that a second auxiliary belt is provided which changes its direction at at least one second deflection and the application medium is transported at least in sections between the first auxiliary belt and the second auxiliary belt.
Flat bag having a bag upper side and a bag underside, the bag walls of which are formed from an air-permeable filter material and an inlet opening for the air to be filtered being introduced in the bag upper side, characterised in that at least one diffuser is disposed in exclusively one intermediate plane in the interior of the flat bag between the bag upper side and the bag underside, which diffuser consists of at least two individual strips of material and/or sheet materials, disposed next to each other, which have oblong-shaped flow openings and in that the at least one diffuser is connected to the bag wall on at least one side.
A medicament for use in increasing mammalian eustachian tube lumen patency and pressure equalization performance comprising a mixture of lipid crystals obtained by combining one or more lipid surfactants, one or more spreading agents, and one or more fluorocarbon propellants or carbon dioxide propellant to form a mixture, said lipid surfactants being selected from the class diacylphosphatidylglycerols, diacylphosphatidylinositols, diacylphosphatidylethanolamines and dipalmitoyl phosphatidylcholine, and said spreading agents being selected from the class of diacylphosphatidylserines, sphingomyelin, Cardiolipin, cholesteryl esters, lysophospholipids, plasmalogens and dialkylphospholipids, all in powder form, wherein said lipid surfactants and said spreading agents are insoluble in the fluorocarbon propellants or carbon dioxide propellant and said lipid surfactants are selected to be present in an amount of from 80 to 99.5 percent by weight, based upon the total weight of the mixture of lipid surfactants and spreading agents, an amount effective in reducing surface tension of an air/liquid interface resident upon the epithelial tissue lining the lumen of the eustachian tube and said spreading agents are selected to be present in an amount of from 0.5 to 20 percent by weight, based upon the total weight of the mixture of lipid surfactants and spreading agents, an amount effective in distributing said surfactant upon the air/liquid interface resident upon the epithelial tissue lining said lumen resulting in a substantial decrease in lumen opening pressure, wherein a metered dose of said mixture is administered to a mammal through an external nasal orifice and said fluorocarbon propellants or carbon dioxide propellant are evaporated from said mixture so that an aerosolized mixture of lipid crystals is formed and the mixture of lipid crystals is deposited at the nasopharyngeal region or anterior terminus of the mammalian's eustachian tube and, upon contact with the lumen surface tissue and air/liquid interfaces of the eustachian tube lumen, the mixture forms an amorphous spread film upon said air/liquid interface effectively decreasing the opening pressure thereof.
A ground propulsion assembly for an aircraft, the assembly comprising: an axle; a wheel rotatably connected to the axle; a transmission comprising: a housing mounted proximate the axle; and a drive element disposed at least partially outside of the housing and operatively connected to a power input; a mounting bar extending between the axle and the transmission; and a disengagement spring disposed between the transmission and the axle, wherein the disengagement spring is configured to urge the drive element out of engagement with the wheel; and an actuator operatively connected between the transmission and the axle, wherein the actuator is configured to selectively generate a force in opposition to the disengagement spring such that the drive element moves relative the wheel and operatively engages the wheel to transfer torque to the wheel, characterized in that the first end of the mounting bar is rigidly connected to the axle and the housing of the transmission is pivotally connected to the second end of the mounting bar. an axle; a wheel rotatably connected to the axle; a transmission comprising: a housing mounted proximate the axle; and a drive element disposed at least partially outside of the housing and operatively connected to a power input; a mounting bar extending between the axle and the transmission; and a housing mounted proximate the axle; and a drive element disposed at least partially outside of the housing and operatively connected to a power input; a mounting bar extending between the axle and the transmission; and a disengagement spring disposed between the transmission and the axle, wherein the disengagement spring is configured to urge the drive element out of engagement with the wheel; and an actuator operatively connected between the transmission and the axle, wherein the actuator is configured to selectively generate a force in opposition to the disengagement spring such that the drive element moves relative the wheel and operatively engages the wheel to transfer torque to the wheel, characterized in that the first end of the mounting bar is rigidly connected to the axle and the housing of the transmission is pivotally connected to the second end of the mounting bar.
An apparatus for performing liquid chromatography comprising: a liquid chromatography column; end fittings for the liquid chromatography column; and a vacuum insulated jacket fitted over the liquid chromatography column and the end fittings, the vacuum insulated jacket including an inner wall and an outer wall, wherein a vacuum area is formed between the inner wall and the outer wall, and wherein the inner wall of the vacuum insulated jacket surrounds the liquid chromatography column, and wherein an airspace gap is formed between an outer wall of the liquid chromatography column and the inner wall of the vacuum insulated jacket due to the end fittings having a greater diameter than the liquid chromatography column. a liquid chromatography column; end fittings for the liquid chromatography column; and a vacuum insulated jacket fitted over the liquid chromatography column and the end fittings, the vacuum insulated jacket including an inner wall and an outer wall, wherein a vacuum area is formed between the inner wall and the outer wall, and wherein the inner wall of the vacuum insulated jacket surrounds the liquid chromatography column, and wherein an airspace gap is formed between an outer wall of the liquid chromatography column and the inner wall of the vacuum insulated jacket due to the end fittings having a greater diameter than the liquid chromatography column.
A method of communicating media data over a communication system, the method comprising: implementing, at a first user terminal, a first communication instance for a user of the communication system; implementing, at a second user terminal, a second communication instance for the user of the communication system, wherein the user is simultaneously logged into the communication system via: (i) the first communication instance at the first user terminal, and (ii) the second communication instance at the second user terminal; establishing a media communication session over said communication system between the first and second communication instances, wherein the media communication session is authenticated on the basis of the same user being simultaneously logged into the communication system via both the first and second communication instances; and communicating media data in the media communication session over the communication system from the first communication instance at the first user terminal to the second communication instance at the second user terminal, the method characterized by: outputting the communicated media data at the second user terminal automatically when it is received from the first user terminal in the media communication session. implementing, at a first user terminal, a first communication instance for a user of the communication system; implementing, at a second user terminal, a second communication instance for the user of the communication system, wherein the user is simultaneously logged into the communication system via: (i) the first communication instance at the first user terminal, and (ii) the second communication instance at the second user terminal; establishing a media communication session over said communication system between the first and second communication instances, wherein the media communication session is authenticated on the basis of the same user being simultaneously logged into the communication system via both the first and second communication instances; and communicating media data in the media communication session over the communication system from the first communication instance at the first user terminal to the second communication instance at the second user terminal, the method characterized by: outputting the communicated media data at the second user terminal automatically when it is received from the first user terminal in the media communication session.
Anti-flooding safety system for an electrical household washing appliance, comprising a microswitch provided with a push-button, a support of said microswitch and an actuating member of said push-button, associated to said support and apt to floating on possible leaked water, and comprising a lower portion located within a housing done in said support, whereby said lower portion of said floating actuating member is shaped like a bell and is therefore hollow or empty internally, said system being characterized in that said actuating floating member is a monolithic piece of plastics material and also comprises an upper portion having a surface that, in absence of leaked water, keeps pressed downwards said push-button which is turned upwards and which protrudes upwards from one end of the microswitch, whereas, in presence of leaked water, disengages itself from said push-button and releases it.