mhurhangee/ep-ind-claims huggingface dataset:
A composition comprising: one or more curable arylene oligomers comprising as polymerized units one or more first monomers having two cyclopentadienone moieties and one or more second monomers having two or more alkyne moieties, wherein at least one alkyne moiety is directly bonded to a silicon atom; 0.1 to 15 wt% of solids of one or more hydroxyaryl-1,3,5-triazine curing agents of the formula wherein Ar 4, Ar 5 and Ar 6 are independently aromatic moieties having from 1 to 3 aromatic rings, each of which being unsubstituted or substituted with one or more substituents chosen from hydroxy, C 1-20 alkyl, C 1-20 alkoxy, halo, C 1-20 haloalkyl, carboxy, amino, C 1-20 acylamino, and OR 15, wherein R 15 is an organic radical having from 1 to 25 carbon atoms and at least one of Ar 4, Ar 5 and Ar 6 is substituted with hydroxyl; and one or more organic solvents. one or more curable arylene oligomers comprising as polymerized units one or more first monomers having two cyclopentadienone moieties and one or more second monomers having two or more alkyne moieties, wherein at least one alkyne moiety is directly bonded to a silicon atom; 0.1 to 15 wt% of solids of one or more hydroxyaryl-1,3,5-triazine curing agents of the formula wherein Ar 4, Ar 5 and Ar 6 are independently aromatic moieties having from 1 to 3 aromatic rings, each of which being unsubstituted or substituted with one or more substituents chosen from hydroxy, C 1-20 alkyl, C 1-20 alkoxy, halo, C 1-20 haloalkyl, carboxy, amino, C 1-20 acylamino, and OR 15, wherein R 15 is an organic radical having from 1 to 25 carbon atoms and at least one of Ar 4, Ar 5 and Ar 6 is substituted with hydroxyl; and one or more organic solvents.
Method for managing a supply of power to a resistive temperature sensor placed in a cryogenic enclosure and selectively supplied with current in a first mode or with voltage in a second mode, said method comprising a step of determining at least one physical quantity associated with the operation of the resistive temperature sensor, and a step of switching from the first mode to the second mode, or vice versa, depending on said at least one determined physical quantity.
An apparatus, comprising: a photosensitive imaging plate for attracting a layer of printing fluid; an intermediate transfer member contacting the photosensitive imaging plate, for receiving the layer of printing fluid from the photosensitive imaging plate; and a heating unit positioned in proximity to the intermediate transfer member and comprising an array of individually addressable heating elements for heating the intermediate transfer member in manner that is spatially selective along a first axis in a direction of a width of the intermediate transfer member and along a second axis in a direction of a rotation of the intermediate transfer member, wherein the array comprises at least one row and a plurality of columns, wherein the at least one row extends along the direction of the first axis and the columns extend along the second axis, and each of the individually addressable heating elements is positioned at an intersection of one of the at least one row and one of the plurality of columns. a photosensitive imaging plate for attracting a layer of printing fluid; an intermediate transfer member contacting the photosensitive imaging plate, for receiving the layer of printing fluid from the photosensitive imaging plate; and a heating unit positioned in proximity to the intermediate transfer member and comprising an array of individually addressable heating elements for heating the intermediate transfer member in manner that is spatially selective along a first axis in a direction of a width of the intermediate transfer member and along a second axis in a direction of a rotation of the intermediate transfer member, wherein the array comprises at least one row and a plurality of columns, wherein the at least one row extends along the direction of the first axis and the columns extend along the second axis, and each of the individually addressable heating elements is positioned at an intersection of one of the at least one row and one of the plurality of columns.
A structural support-framework located between two support surfaces (2,3) affording support of the two surfaces from one another or of one of the surfaces from the other, comprising a plurality of elongate supports each of which is anchored at its two opposite ends to nodes of the framework and extending radially from said nodes, the nodes being secured to the two surfaces respectively, characterised in that the anchoring of the end of each of the elongate supports to the respective surface at each node is via an outwardly-directed equatorial flange of a hemispherically-domed member individual to the node, and that the elongate support is clamped fast in length and angularly in longitudinal alignment with the centre of the hemispherical surface of the domed member.
A manufacture method for a photovoltaic module, in which a wiring material having a plurality of individual strips is electrically connected to an electrode of a solar cell by using a resin adhesive film, comprising the steps of: unwinding the resin adhesive film from a reel on which the resin adhesive film is wound; splitting the unwound resin adhesive film along its longitudinal direction into two or more strips each having a width in correspondence to the width of each individual strip of wiring material to bond; pasting the strips of resin adhesive film on the electrode of the solar cell; and placing the individual strips of wiring material on the electrode of the solar cell having the two or more strips of resin adhesive film pasted thereon and thermally setting the resin adhesive film by heating so as to fix together the electrode of the solar cell and the wiring material. unwinding the resin adhesive film from a reel on which the resin adhesive film is wound; splitting the unwound resin adhesive film along its longitudinal direction into two or more strips each having a width in correspondence to the width of each individual strip of wiring material to bond; pasting the strips of resin adhesive film on the electrode of the solar cell; and placing the individual strips of wiring material on the electrode of the solar cell having the two or more strips of resin adhesive film pasted thereon and thermally setting the resin adhesive film by heating so as to fix together the electrode of the solar cell and the wiring material.
Toothbrush having a brush body, which has a handle portion and a head portion, wherein at least one bristle carrier, which carries a bristle covering, is mounted in a rotatable manner in the head portion, and wherein the head portion has formed in it at least one cup-like mount, into which the bristle carrier is inserted, wherein the mount has arranged in it a pin, which bears the bristle carrier and forms the axis of rotation thereof, wherein the pin retains the bristle carrier at a small distance from the mount or the head portion, and wherein there is a pullout-prevention means provided to prevent removal of the bristle carrier from the mount, wherein the pin is of cylindrical design and has its one end seated in an accommodating hole, which is in the form of a blind hole in the cup-like mount, and has its other end seated in an accommodating hole, which is in the form of a blind hole in the bristle carrier, wherein the pullout-prevention means comprises at least one first engagement part, which is formed on the bristle carrier, and at least one second engagement part, which is formed on the head part, wherein the engagement parts (20, 21) can be brought into form-fitting engagement with one another, characterized in that the first engagement part is formed by a fully encircling, radially projecting shoulder of the bristle carrier, and in that a plurality of circumferentially distributed second engagement parts are provided.
An effective amount of a composition comprising an anti-angiogenic agent for use in maintaining and/or restoring tight junctions in cerebral vessels and thereby ameliorating symptoms of Alzheimer's disease in a patient having Alzheimer's disease, wherein the anti-angiogenic agent is AG013736, imatinib, sorafenib, sunitinib, leflunomide, midostaurin, vatalanib (PTK787/ZK222584), AZD2171, CP547,632, CP673,451, ZD6474, YM359445, SU5416 or temsirolimus (Torisel).
A fluidic network for feeding fuel to at least one engine member of a power plant for driving in rotation at least one rotary wing of a rotorcraft, the fluidic network comprising: -) at least one fuel tank accommodating a feeder which is fed with fuel from the tank by means of a transfer circuit for transferring fuel at low pressure from the tank to the feeder, -) said transfer circuit comprising at least one transfer ejector immersed in the tank, -) a suction pump for the fuel for equipping the engine member, the suction pump taking the fuel from the feeder and conveying it at high pressure to the engine member via a feed circuit, and the feed circuit is provided with a feed ejector immersed within the feeder, the feed ejector comprising: - a nozzle for admitting a primary stream of fuel to a main channel having a constriction and opening on to the feed circuit, and - a secondary channel for circulating a secondary stream of fuel, the secondary channel opening upstream from the main channel, characterised: -) in that, the fluidic network comprising - at least one transfer pump immersed in the feeder - a priming pump for priming the suction pump with fuel, the priming pump being immersed in the feeder, from which feeder the priming pump takes fuel and delivers it to the feed circuit, and -) in that the priming pump is formed by the transfer pump, the transfer circuit comprising a branch for admission via the nozzle of a said primary stream of fuel to the main channel, said admission of the primary stream of fuel being fed by the transfer circuit, being forced at low pressure by the transfer pump. -) at least one fuel tank accommodating a feeder which is fed with fuel from the tank by means of a transfer circuit for transferring fuel at low pressure from the tank to the feeder, -) said transfer circuit comprising at least one transfer ejector immersed in the tank, -) a suction pump for the fuel for equipping the engine member, the suction pump taking the fuel from the feeder and conveying it at high pressure to the engine member via a feed circuit, and - a nozzle for admitting a primary stream of fuel to a main channel having a constriction and opening on to the feed circuit, and - a secondary channel for circulating a secondary stream of fuel, the secondary channel opening upstream from the main channel, -) in that, the fluidic network comprising - at least one transfer pump immersed in the feeder - a priming pump for priming the suction pump with fuel, the priming pump being immersed in the feeder, from which feeder the priming pump takes fuel and delivers it to the feed circuit, and - at least one transfer pump immersed in the feeder - a priming pump for priming the suction pump with fuel, the priming pump being immersed in the feeder, from which feeder the priming pump takes fuel and delivers it to the feed circuit, and -) in that the priming pump is formed by the transfer pump, the transfer circuit comprising a branch for admission via the nozzle of a said primary stream of fuel to the main channel, said admission of the primary stream of fuel being fed by the transfer circuit, being forced at low pressure by the transfer pump.
Wiper device, in particular windscreen-wiper device, having a wiper shaft, which is accommodated in a rotatable manner in a bearing bush, and having a positioning element, which is provided to secure the position of the wiper shaft in the bearing bush, wherein the positioning element is formed from a non-metallic material, characterized in that the wiper shaft has a sheath made of a non-metallic material, in particular made of a polymer material, preferably plastic, and the positioning element is fitted on the sheath of the wiper shaft by means of ultrasonic welding.
A device for charging the battery of electric bicycles and similar electric vehicles, with a stationary charging device, whose charging contacts (15, 20, 27) situated on a holder are to be electrically connected with contact elements on the electric vehicle, characterized in that the contact elements are arranged on the hub of a wheel of the electric vehicle, and the charging contacts (15, 20, 27) are arranged in the holder at the base of depressions formed to accommodate the ends of a hub, wherein the charging contacts (15, 20, 27) are designed as flexible contacts.
A voltage measurement circuit (V e) comprising a current mirror, wherein: an input branch of said mirror comprises a first transistor diode mounted, the first transistor and a first resistive element being series-connected between first and second nodes of application of said voltage (V e); and an output branch of said mirror comprises a second transistor providing a current (I s) representative of said voltage (V e), the circuit further comprising an element for converting said current (I s) into an output voltage (V s), the conversion element comprising, in series with the output branch between the first node and a third node for applying a reference potential, a second resistive element of same value as the first resistive element and a third transistor identical to the first transistor of the current mirror. an input branch of said mirror comprises a first transistor diode mounted, the first transistor and a first resistive element being series-connected between first and second nodes of application of said voltage (V e); and an output branch of said mirror comprises a second transistor providing a current (I s) representative of said voltage (V e), the circuit further comprising an element for converting said current (I s) into an output voltage (V s), the conversion element comprising, in series with the output branch between the first node and a third node for applying a reference potential, a second resistive element of same value as the first resistive element and a third transistor identical to the first transistor of the current mirror.
Device for filling a thin-walled transport container with vouchers, comprising a supply unit for supplying the vouchers, comprising a stacking unit for stacking the vouchers supplied, and comprising a holding unit for holding a first closure element and a second closure element, which are used to close the thin-walled transport container filled with vouchers, in a preset supply position, comprising - a first holding element, which makes contact with a first end of the first closure element, - a second holding element, which makes contact with a second end of the first closure element, opposite the first end, - a third holding element, which makes contact with a first end of the second closure element, - a fourth holding element, which makes contact with a second end of the second closure element, opposite the first end, and - an elastic element (630 to 636), which, via the holding elements (602 to 608), holds the closure elements (18, 20) at a preset minimum distance from each other, at least during the filling of the transport container. - a first holding element, which makes contact with a first end of the first closure element, - a second holding element, which makes contact with a second end of the first closure element, opposite the first end, - a third holding element, which makes contact with a first end of the second closure element, - a fourth holding element, which makes contact with a second end of the second closure element, opposite the first end, and - an elastic element (630 to 636), which, via the holding elements (602 to 608), holds the closure elements (18, 20) at a preset minimum distance from each other, at least during the filling of the transport container.
A handheld hair removal apparatus, comprising: - a main movement direction in which the apparatus is to be moved relative to skin during use; - a hair removal arrangement comprising a skin contact portion for contacting a user's skin during operation, said skin contact portion extending at least along a primary axis extending perpendicularly to the main movement direction; - a support structure for supporting the hair-removal arrangement; - a skin stretching device that is attached to the support structure and that comprises at least two leading surface portions (18a, 18b) for skin contacting and stretching, wherein the at least two leading surface portions are each provided with a skin touching surface portion (34a, 34b); wherein the at least two leading surface portions, seen in an imaginary plane comprising a base line and extending parallel to the main movement direction, are arranged at opposite inclinations of at least 20° with the base line, wherein the base line is a line perpendicular to the main movement direction and parallel to the primary axis, wherein each of the skin touching surface portions (34a, 34b), seen in said imaginary plane, has a main direction of extension that is inclined with respect to the base line at an angle of at least 20°, and wherein, in the main movement direction, the leading surface portions are oriented towards each other; wherein, in an operational position, the skin stretching device is arranged in front of the skin contact portion with respect to the main movement direction, and wherein the at least two leading surface portions are configured and arranged to be brought into contact with the skin, during operation, to act on the skin with a pushing force having a first vector, parallel to the skin's surface, in a first direction parallel to the main movement direction, and a second vector, parallel to the skin's surface, in a second direction perpendicular to the main movement direction. - a main movement direction in which the apparatus is to be moved relative to skin during use; - a hair removal arrangement comprising a skin contact portion for contacting a user's skin during operation, said skin contact portion extending at least along a primary axis extending perpendicularly to the main movement direction; - a support structure for supporting the hair-removal arrangement; - a skin stretching device that is attached to the support structure and that comprises at least two leading surface portions (18a, 18b) for skin contacting and stretching, wherein the at least two leading surface portions are each provided with a skin touching surface portion (34a, 34b);
A quantum cascade laser structure comprising a plurality of quantum wells and a plurality of barriers, at least a portion of which define an active region, one end of said active region bordered by an injector barrier, wherein: two or more adjacent quantum wells of said portion of quantum wells that define the active region are positioned next to the injector barrier and each have a width narrower than the widths of two or more succeeding quantum wells in the plurality of quantum wells that define the active region, and wherein the active region has a stepped-well configuration wherein a final last quantum well at the other end of the active region has a lower minimum band energy level than an adjacent quantum well of the active region. two or more adjacent quantum wells of said portion of quantum wells that define the active region are positioned next to the injector barrier and each have a width narrower than the widths of two or more succeeding quantum wells in the plurality of quantum wells that define the active region, and wherein the active region has a stepped-well configuration wherein a final last quantum well at the other end of the active region has a lower minimum band energy level than an adjacent quantum well of the active region.
A method comprising: measuring distances between a scanning laser projector and a plurality of projection points in a field of view of the scanning laser projector; determining if the plurality of projection points lie substantially in a plane, comprising determining gradient vectors between projection points; and if the plurality of projection points do not lie substantially in a plane, performing at least one action in response to an obstruction in the field of view. measuring distances between a scanning laser projector and a plurality of projection points in a field of view of the scanning laser projector; determining if the plurality of projection points lie substantially in a plane, comprising determining gradient vectors between projection points; and if the plurality of projection points do not lie substantially in a plane, performing at least one action in response to an obstruction in the field of view.
Installation for purifying exhaust gases from an engine of a marine vessel, said installation comprising: - a desulfurisation scrubber to which the exhaust gases are sent and to which seawater is admitted, and - a device for ejecting liquid effluents from the desulfurisation scrubber, the ejection device comprising a hollow body which is supplied, directly or indirectly, with the effluents from the desulfurisation scrubber, which body is pierced with at least one orifice (13, 14, 15, 16, 17) for evacuation of the effluents, extends on either side of a median plane and is adapted to be carried integrally by the marine vessel so that the median plane is both vertical and anteroposterior relative to the vessel, characterised in that five orifices (13, 14, 15, 16, 17) for evacuation of the effluents are provided, namely: - a first orifice, of which the normal to the plane extends substantially in the median plane, - second and third orifices (14, 15), of which the normal to the respective planes deviates from the median plane towards the rear, forming, in projection in a horizontal plane, an angle (β2) relative to the median plane which is between 15° and 25°, and - fourth and fifth orifices (16, 17), of which the normal to the respective planes deviates from the median plane towards the rear, forming, in projection in a horizontal plane, an angle (β3) relative to the median plane which is between 30° and 45°, the normal to the respective planes of the first, second, third, fourth and fifth orifices being directed in the downward direction towards the rear, forming, in projection in the median plane, an angle (α) relative to the horizontal which is between 10° and 25°. - a desulfurisation scrubber to which the exhaust gases are sent and to which seawater is admitted, and - a device for ejecting liquid effluents from the desulfurisation scrubber, the ejection device comprising a hollow body which is supplied, directly or indirectly, with the effluents from the desulfurisation scrubber, which body is pierced with at least one orifice (13, 14, 15, 16, 17) for evacuation of the effluents, extends on either side of a median plane and is adapted to be carried integrally by the marine vessel so that the median plane is both vertical and anteroposterior relative to the vessel, - a first orifice, of which the normal to the plane extends substantially in the median plane, - second and third orifices (14, 15), of which the normal to the respective planes deviates from the median plane towards the rear, forming, in projection in a horizontal plane, an angle (β2) relative to the median plane which is between 15° and 25°, and - fourth and fifth orifices (16, 17), of which the normal to the respective planes deviates from the median plane towards the rear, forming, in projection in a horizontal plane, an angle (β3) relative to the median plane which is between 30° and 45°,
Holding device for a hand-held power tool having a tool receptacle which is configured at least for receiving an insert tool, in particular a screwdriver bit, wherein the holding device is intended for holding a fastening element, in particular a screw element, characterized by at least one light element which is configured at least for workingposition illumination, and by a housing which has a first holding unit for fixing the holding device to a hand-held power tool and has a second holding unit for holding a fastening element.