mhurhangee/ep-ind-claims huggingface dataset:
An L-threonine or L-tryptophan producing E. coli strain, wherein the strain is a recombinant strain that is modified to attenuate activity of at least two of the proteins selected from the group consisting of a protein YsaA having an amino acid sequence represented by SEQ ID NO: 2, a protein YdaS having an amino acid sequence represented by SEQ ID NO: 4, and a protein YbiX having an amino acid sequence represented by SEQ ID NO: 6, wherein the activity is attenuated by deleting part or all of a polynucleotide encoding the protein.
Composition, characterized in that it comprises, in a cosmetically acceptable medium, at least one fluorescent dye soluble in the said medium and at least one associative polymer chosen from associative polyurethane derivatives, associative cellulose derivatives, associative polyvinyllactam derivatives and associative unsaturated polyacid derivatives; the composition not comprising, as fluorescent agent, 2-{2-[4-(dialkylamino)phenyl]ethenyl}-1-alkylpyridinium in which the alkyl radical of the pyridinium ring represents a methyl or ethyl radical and the alkyl radical of the benzene ring represents a methyl radical and in which the counterion is a halide, characterized in that the fluorescent dye is chosen from fluorescent dyes belonging to the following families: the naphthalimides; the polycationic fluorescent dyes of azomethine or methine type, and alone or as mixtures.
An electric vehicle with a power supply device, which comprises a battery case for accommodating battery cells for supplying electric power to an electric motor of the electric vehicle and which can be mounted to and detached from the electric vehicle, wherein the battery case has a part extending to above a battery cell accommodating part; the extending part is provided with a handle including a grip part arranged so as to extend in the longitudinal direction of the vehicle when the power supply device is mounted on the electric vehicle; and an engagement part for engagement with a movable part of a lock device attached to the electric vehicle is formed at either the front or the back surface of the handle; characterized in that the electric vehicle includes: a main frame of a monocoque type which has an upwardly curved shape; a pivot by which a front end of a swing arm is supported on the main frame; the electric motor disposed forwardly of the pivot; and a power drive unit disposed forwardly of the electric motor, the power supply device being disposed between the electric motor and the power drive unit; wherein the extending part is offset toward either the left or right of the battery case when the battery case is mounted on the electric vehicle, and at least an upper portion of the extending part extends so as to overlap, in side view of the vehicle, with the portion of the main frame which is located above the battery case. a main frame of a monocoque type which has an upwardly curved shape; a pivot by which a front end of a swing arm is supported on the main frame; the electric motor disposed forwardly of the pivot; and a power drive unit disposed forwardly of the electric motor,
An electromagnetic energy sensor apparatus, comprising: a source module (301, 331) that comprises one or more diodes (501, 800, 900, 902, 950, 1000) positioned to emit one or more electromagnetic energy beams; a reflector module (302, 332, 333, 502, 512, 702) positioned to receive and reflect the one or more electromagnetic energy beams, wherein the source module (301, 331) and the reflector module (302, 332, 333, 502, 512, 702) together emit multiple outgoing electromagnetic energy beams; a receiver module (311, 334, 510, 1600, 1802, 2002, 2404) that comprises a plurality of semiconductor receiver units (1602, 1702, 2003) positioned to receive returned electromagnetic energy beams reflected from one or more objects in an external environment and convert light signals from the returned electromagnetic energy beams to electrical signals; and a beam steering module (320, 340) positioned to change directions of individual outgoing electromagnetic energy beams, wherein the beam steering module (320, 340) comprises: a first optical element, and an actuator coupled to the first optical element to rotate the first optical element about an axis for steering the one or more outgoing electromagnetic energy beams, wherein the beam steering module (320, 340) comprises a second optical element positioned to rotate around the axis at a different speed than the first optical element. a source module (301, 331) that comprises one or more diodes (501, 800, 900, 902, 950, 1000) positioned to emit one or more electromagnetic energy beams; a reflector module (302, 332, 333, 502, 512, 702) positioned to receive and reflect the one or more electromagnetic energy beams, wherein the source module (301, 331) and the reflector module (302, 332, 333, 502, 512, 702) together emit multiple outgoing electromagnetic energy beams; a receiver module (311, 334, 510, 1600, 1802, 2002, 2404) that comprises a plurality of semiconductor receiver units (1602, 1702, 2003) positioned to receive returned electromagnetic energy beams reflected from one or more objects in an external environment and convert light signals from the returned electromagnetic energy beams to electrical signals; and a beam steering module (320, 340) positioned to change directions of individual outgoing electromagnetic energy beams, wherein the beam steering module (320, 340) comprises: a first optical element, and an actuator coupled to the first optical element to rotate the first optical element about an axis for steering the one or more outgoing electromagnetic energy beams, a first optical element, and an actuator coupled to the first optical element to rotate the first optical element about an axis for steering the one or more outgoing electromagnetic energy beams, wherein the beam steering module (320, 340) comprises a second optical element positioned to rotate around the axis at a different speed than the first optical element.
Friction bearing composite material with a carrier layer of steel, an intermediate layer arranged on the carrier layer, and a bearing metal layer of an aluminium alloy free from lead apart from possible contamination, arranged on the intermediate layer, comprising of 10.5 to 14 wt. % tin, 2 to 3.5 wt. % silicon, 0.4 to 0.6 wt. % copper, 0.15 to 0.25 wt. % chromium, 0.01 to 0.08 wt. % strontium, 0.05 to 0.25 wt. % titanium, and optionally at least one further element from the group consisting of V and Zr, whereby their content is 0.05 - 0.7 wt. % overall. 10.5 to 14 wt. % tin, 2 to 3.5 wt. % silicon, 0.4 to 0.6 wt. % copper, 0.15 to 0.25 wt. % chromium, 0.01 to 0.08 wt. % strontium, 0.05 to 0.25 wt. % titanium, and
A method, comprising: selecting a subset of modes of a first antenna array configuration based on a degree of variation of each mode with azimuth; mapping each of a plurality of first ports to one of a plurality of second ports associated with one of the subset or modes, characterised in that each of the first ports is associated with a mode of a second antenna array configuration; and transforming signals conveyed between the second ports and a corresponding plurality of third ports, wherein each second port is associated with one of the modes of the first antenna array configuration and wherein each third port is configurable to be communicatively coupled to one of a plurality of antennas deployed in the first antenna array configuration. selecting a subset of modes of a first antenna array configuration based on a degree of variation of each mode with azimuth; mapping each of a plurality of first ports to one of a plurality of second ports associated with one of the subset or modes, characterised in that each of the first ports is associated with a mode of a second antenna array configuration; and transforming signals conveyed between the second ports and a corresponding plurality of third ports, wherein each second port is associated with one of the modes of the first antenna array configuration and wherein each third port is configurable to be communicatively coupled to one of a plurality of antennas deployed in the first antenna array configuration.
System for identifying oculomotor anomalies in a human subject, said system comprising: - capturing means for capturing movements of the eye of said human subject while said human subject is stimulated by at least one image in accordance with at least one instruction, said capturing means (13, 14) supplying a capture signal, - an analysis module for calculating the value of at least one predetermined parameter by analysing said capture signal, and - determination means for determining an anomaly on the basis of said calculated value and at least one predetermined value for each of the parameters, - generation means for generating at least one visual stimulation for at least one eye of said human subject, - display means for displaying said stimulation images, and - a transformation module for transforming the movements of the eye in terms of position on the display means for displaying the stimulation images, in which system the capturing means comprise a camera that captures and records the oculomotor movements and the display means comprise a screen, the screen and the capture device for capturing the oculomotor movements of said human subject are connected to a central unit either in a wired manner or through a wireless connection, the stimulation images comprising ocular tests generated by the generation module of the central unit and displayed on the screen, the transformation module being configured so as to supply a position signal indicating, at all times, the positions of the eye on the screen, the system comprising storage means configured so as to record the capture signal, the analysis module being configured so as to automatically analyse the recordings at the end of the tests. - capturing means for capturing movements of the eye of said human subject while said human subject is stimulated by at least one image in accordance with at least one instruction, said capturing means (13, 14) supplying a capture signal, - an analysis module for calculating the value of at least one predetermined parameter by analysing said capture signal, and - determination means for determining an anomaly on the basis of said calculated value and at least one predetermined value for each of the parameters, - generation means for generating at least one visual stimulation for at least one eye of said human subject, - display means for displaying said stimulation images, and - a transformation module for transforming the movements of the eye in terms of position on the display means for displaying the stimulation images,
An air pollution control system (10A; 10B) which comprises: a boiler that burns fuel; a NO x removal equipment that decomposes nitrogen oxides in flue gas discharged from the boiler; and a desulfurizer that causes sulfur oxides in flue gas having passed through the NO x removal equipment to be absorbed by an absorbent, thereby reducing the sulfur oxides in the flue gas; a waste-water treatment device including a solid-liquid separating unit that separates waste water discharged from the desulfurizer into a solid fraction and a liquid fraction, and a mercury removing unit that removes mercury in the waste water; and a treated waste-water returning unit that returns at least a part of treated waste water treated by the waste-water treatment device to the desulfurizer, the air pollution control system (10A, 10B) being characterized in that the mercury removing unit includes a separating unit that separates mercury solids from the waste water by adding a coagulation aid into the waste water to solidify the mercury the coagulation aid is sulfide, and the waste-water treatment device includes an auxiliary-agent oxidizing unit that oxidizes the coagulation aid contained in separate liquid in which the mercury solids have been separated. a boiler that burns fuel; a NO x removal equipment that decomposes nitrogen oxides in flue gas discharged from the boiler; and a desulfurizer that causes sulfur oxides in flue gas having passed through the NO x removal equipment to be absorbed by an absorbent, thereby reducing the sulfur oxides in the flue gas; a waste-water treatment device including a solid-liquid separating unit that separates waste water discharged from the desulfurizer into a solid fraction and a liquid fraction, and a mercury removing unit that removes mercury in the waste water; and a treated waste-water returning unit that returns at least a part of treated waste water treated by the waste-water treatment device to the desulfurizer, the air pollution control system (10A, 10B) being characterized in that
A process for the preparation of a cathode for a Li-ion battery comprising a conductive substrate in the form of a foil having two sides, wherein at least one of the two sides is coated with an active layer, wherein the active layer comprises an amount equal to or higher than 10 mg/cm 2 of a cathode active material, the process comprising: a) preparing a first aqueous dispersion by dissolving from 2 to 3 wt% of water soluble thickener in water and then adding under stirring from 4 to 6 wt% of a conductive additive and; b) adding from 89 to 91 wt% of a cathode active material to the first aqueous dispersion under stirring in order to obtain a second aqueous dispersion, wherein the cathode active material is LiNi x Mn 2-x O 4 wherein x is selected from 0.2, 0.3, 0.4, and 0.5; c) adding from 2 to 3 wt% of a waterborne polymer binder to the second dispersion under stirring in order to obtain a slurry; d) coating with the slurry at least one side of the conductive substrate to obtain a coated conductive substrate; and e) drying the coated conductive substrate in order to form an active layer on at least one side of the conductive substrate; wherein the weight percentages are with respect to the total weight of water soluble thickener, conductive additive, cathode active material, and waterborne polymer binder; wherein water added in steps (a), (b) and (c) is such that the slurry in step (c) has a final solid content from 40 to 55 wt%; and wherein the cathode active material is in contact with water in both step b) and step c) for a time such that nickel is dissolved in an amount equal to or lower than 0.27 ppm, and manganese is dissolved in an amount equal to or lower than 0.14 ppm. a) preparing a first aqueous dispersion by dissolving from 2 to 3 wt% of water soluble thickener in water and then adding under stirring from 4 to 6 wt% of a conductive additive and; b) adding from 89 to 91 wt% of a cathode active material to the first aqueous dispersion under stirring in order to obtain a second aqueous dispersion, wherein the cathode active material is LiNi x Mn 2-x O 4 wherein x is selected from 0.2, 0.3, 0.4, and 0.5; c) adding from 2 to 3 wt% of a waterborne polymer binder to the second dispersion under stirring in order to obtain a slurry; d) coating with the slurry at least one side of the conductive substrate to obtain a coated conductive substrate; and e) drying the coated conductive substrate in order to form an active layer on at least one side of the conductive substrate; wherein the weight percentages are with respect to the total weight of water soluble thickener, conductive additive, cathode active material, and waterborne polymer binder; wherein water added in steps (a), (b) and (c) is such that the slurry in step (c) has a final solid content from 40 to 55 wt%; and wherein the cathode active material is in contact with water in both step b) and step c) for a time such that nickel is dissolved in an amount equal to or lower than 0.27 ppm, and manganese is dissolved in an amount equal to or lower than 0.14 ppm.
Equipment storage device, in particular a drawer cabinet, which has a body or a frame for receiving a plurality of drawers for storing tools, measuring equipment, workpieces and other means of production, wherein the at least one drawer, preferably a plurality of drawers, can be pulled in and out of the body or frame, for this purpose, each of the drawers is provided with a drawer pull-out device, the respective drawer pull-out device being provided on each of the two sides of the respective drawer with a guide track and at least one guide element guided by the guide track, the respective guide track being arranged on the body or frame and the at least one guide element being arranged on the respective drawer, or vice versa, and is provided with an electrical power supply device and a communication device, with which electrical loads arranged on or in a drawer can be supplied with electrical power and with which signals from a control system arranged outside the respective drawer, preferably a central control system for the equipment storage device, can be exchanged, characterized by at least one power and/or communication transmission means on the body side, which is arranged fixedly on the body in each case and is located opposite one of the extendable drawers in relation to a vertical position of this drawer, and by a power and/or communication receiving means which is located on the at least one drawer, the power and/or communication transmission means of a drawer on the one hand and the power and/or communication receiving means of this drawer on the other hand being without mechanical contact with one another in all attainable positions of the drawer. for this purpose, each of the drawers is provided with a drawer pull-out device, the respective drawer pull-out device being provided on each of the two sides of the respective drawer with a guide track and at least one guide element guided by the guide track, the respective guide track being arranged on the body or frame and the at least one guide element being arranged on the respective drawer, or vice versa, and is provided with an electrical power supply device and a communication device, with which electrical loads arranged on or in a drawer can be supplied with electrical power and with which signals from a control system arranged outside the respective drawer, preferably a central control system for the equipment storage device, can be exchanged, characterized by at least one power and/or communication transmission means on the body side, which is arranged fixedly on the body in each case and is located opposite one of the extendable drawers in relation to a vertical position of this drawer, and by a power and/or communication receiving means which is located on the at least one drawer, the power and/or communication transmission means of a drawer on the one hand and the power and/or communication receiving means of this drawer on the other hand being without mechanical contact with one another in all attainable positions of the drawer.
An abutment assembly for attachment to a dental implant, comprising: an abutment having a lower region and an upper region, the lower region including an anti-rotational feature for non-rotationally mating with the dental implant, the upper region including a first anti-rotational structure; a temporary abutment cap configured to be coupled to the upper region of the abutment, the temporary abutment cap having a second anti-rotational structure configured to slidably engage the first anti-rotational structure of the abutment, the top surface of the temporary abutment cap including two or more informational marker locations positioned circumferentially around the top surface of the temporary abutment cap, each informational marker location including one or more informational markers providing information concerning the abutment, wherein the informational markers are indicative of the dimensions of the abutment in the lower region and the height of the abutment, the temporary abutment cap including an aperture; and a screw configured to be received in the aperture for attaching the temporary abutment cap and the abutment to the dental implant through an internal bore of the abutment. an abutment having a lower region and an upper region, the lower region including an anti-rotational feature for non-rotationally mating with the dental implant, the upper region including a first anti-rotational structure; a temporary abutment cap configured to be coupled to the upper region of the abutment, the temporary abutment cap having a second anti-rotational structure configured to slidably engage the first anti-rotational structure of the abutment, the top surface of the temporary abutment cap including two or more informational marker locations positioned circumferentially around the top surface of the temporary abutment cap, each informational marker location including one or more informational markers providing information concerning the abutment, wherein the informational markers are indicative of the dimensions of the abutment in the lower region and the height of the abutment, the temporary abutment cap including an aperture; and a screw configured to be received in the aperture for attaching the temporary abutment cap and the abutment to the dental implant through an internal bore of the abutment.
A light emitting electrical package, comprising: a first electrode layer (103; 402) comprising a substantially transparent nonmetallic conductive material, and a plurality of light emitting elements disposed on said first electrode layer, the plurality of light emitting elements defining a luminous region of the package when energized; wherein said first electrode layer (103; 402) comprises a peripheral region, and wherein an elongated bus is disposed on at least a portion of the peripheral region and adjacent the first electrode layer; wherein said elongated bus is configured to spread current across a length dimension of said first electrode layer (103; 402); wherein the elongated bus comprises a thin film of a conductive material; and characterized in that the light emitting electrical package further comprising a supplemental elongated bus comprising a conductive adhesive material adjacent the thin film. a first electrode layer (103; 402) comprising a substantially transparent nonmetallic conductive material, and a plurality of light emitting elements disposed on said first electrode layer, the plurality of light emitting elements defining a luminous region of the package when energized; wherein said first electrode layer (103; 402) comprises a peripheral region, and wherein an elongated bus is disposed on at least a portion of the peripheral region and adjacent the first electrode layer; wherein said elongated bus is configured to spread current across a length dimension of said first electrode layer (103; 402); wherein the elongated bus comprises a thin film of a conductive material; and characterized in that the light emitting electrical package further comprising a supplemental elongated bus comprising a conductive adhesive material adjacent the thin film.
Device for adjustment of an abutment on a dental implant comprising an adaptor piece having a substantially annular centre piece, to the underside of which a connecting piece for fixing to a dental implant is arranged and to the upper side of which a connecting piece for fixing the abutment is arranged, characterised in that the connecting piece for fixing the abutment has external teeth, wherein the centre piece is conical and wherein in the centre piece an inner cone is inserted circumferentially on its side facing the implant.