mhurhangee/ep-ind-claims huggingface dataset:
A resistive switching memory cell comprising a switchable solid electrolyte, the electrolyte consisting of a composition comprising - a matrix comprising a metal oxide as matrix material, the metal oxide comprising at least two metals M1 and M2; - a metal M3 which is mobile in the matrix; wherein - the atomic ratio of M1 to M2 is within the range of 75:25 to 99.99:0.01, preferably 90:10 to 99.99:0.01; - the valence states of M1, M2 and M3 are all positive; - the valence state of M1 is larger than the valence state of M2; - the valence state of M2 is equal to or larger than the valence state of M3; and - the metals M1, M2 and M3 are different; wherein - M1 is selected from Si and Ge; - M2 is selected from the group consisting of Al, Ga, In, Tl, Sc, Y, La, Ac or mixtures thereof; - M3 is selected from the group consisting of Ag and Cu; and - the total concentration of metals different from M1, M2 and M3 in the composition is below 100 ppm, based on the total weight of the composition. - a matrix comprising a metal oxide as matrix material, the metal oxide comprising at least two metals M1 and M2; - a metal M3 which is mobile in the matrix; wherein - the atomic ratio of M1 to M2 is within the range of 75:25 to 99.99:0.01, preferably 90:10 to 99.99:0.01; - the valence states of M1, M2 and M3 are all positive; - the valence state of M1 is larger than the valence state of M2; - the valence state of M2 is equal to or larger than the valence state of M3; and - the metals M1, M2 and M3 are different; wherein - M1 is selected from Si and Ge; - M2 is selected from the group consisting of Al, Ga, In, Tl, Sc, Y, La, Ac or mixtures thereof; - M3 is selected from the group consisting of Ag and Cu; and - the total concentration of metals different from M1, M2 and M3 in the composition is below 100 ppm, based on the total weight of the composition.
A rail guided vehicle system configured such that a rail guided vehicle travels along travelling rails provided with a lateral pair of guide parts having at least long and short two vertically protruding lengths, the rail guided vehicle is provided with at least a lateral pair of adjustable rollers in height that may be raised or lowered and a changing mechanism that changes positions of the right and left adjustable rollers in height so as to bring both the right and left adjustable rollers in height to an intermediate position (n) or bring one of the adjustable rollers in height to an advanced position (a) and the other to a retracted position (r) being characterized in that the guide parts have short, long, and longest three vertically protruding lengths, that in the intermediate position (n), the adjustable rollers in height are guided by the guide parts having a longest protruding length over an entire width along a height direction, partially guided by the guide parts having a long protruding length along the height direction, and not guided by the guide parts having a short protruding length, that in the advanced position (a), the adjustable rollers in height are guided by all the longest, long, and short guide parts, that in the retracted position (r), the adjustable rollers in height are not guided by the guide parts that have either a long or short protruding length and are guided only by the guide parts that have a longest protruding length, that a branching/merging part is provided where one travelling rail branches into a first branching side and a branching/merging route in a branching part and the branching/merging route merges with a straight-travelling side of another travelling rail in a merging part, that the guide part closer to the branching/merging route in the branching part and the guide part closer to the branching/merging route in the merging part have long protruding lengths, that both the right and left guide parts in the branching/merging route have longest protruding lengths, that at least the guide parts on sides opposite the branching/merging route have short protruding lengths on the first branching side and the straight-travelling side, and that a controller is provided for controlling the changing mechanism such that when the rail guided vehicle travels on the one travelling rail toward the first branching side and when the rail guided vehicle travels straight on the other travelling rail, the height adjustable roller on the side opposite the branching/merging route takes the advanced position (a) and the height adjustable roller on the branching/merging route takes the retracted position (r), and when the rail guided vehicle travels on the branching/merging route, the right and left adjustable rollers in height take the intermediate position (n).
Connection device for a fluid transfer line, in particular a low-pressure line, comprising: - a tubular male termination, - a connecting means configured to be mounted around the male termination while being connected to a tubular female termination, this means being configured to be accommodated in a connecting groove of the female termination, and - a locking member for locking the connecting means in the female termination, this member being configured to be mounted around the male termination to reversibly move these means into a locking position in said groove, characterized in that the device comprises means (9A, 9B) for immobilizing and releasing the locking member that are rigidly fastened to the male termination and are elastically deformable by bending in contact with an entry end of the female termination, these immobilizing and release means being configured to prevent said connecting means from being moved to said locking position unless the male termination occupies a predetermined insertion position in the female termination and, only if the male termination has reached said insertion position, to release the locking member while allowing its movement toward the female termination so that a thrust on this member moves said connecting means into said locking position. - a tubular male termination, - a connecting means configured to be mounted around the male termination while being connected to a tubular female termination, this means being configured to be accommodated in a connecting groove of the female termination, and - a locking member for locking the connecting means in the female termination, this member being configured to be mounted around the male termination to reversibly move these means into a locking position in said groove, characterized in that the device comprises means (9A, 9B) for immobilizing and releasing the locking member that are rigidly fastened to the male termination and are elastically deformable by bending in contact with an entry end of the female termination, these immobilizing and release means being configured to prevent said connecting means from being moved to said locking position unless the male termination occupies a predetermined insertion position in the female termination and, only if the male termination has reached said insertion position, to release the locking member while allowing its movement toward the female termination so that a thrust on this member moves said connecting means into said locking position.
A method for monitoring amounts of submerged solid consumable comprising salt in a hydrocarbon/salt mixture, said method comprising: identifying an echo from an end of a Guided Wave Radar, GWR, probe located at a position n×L, wherein n is the average refractive index of the hydrocarbon/salt mixture and L is the true probe length; measuring with the GWR probe a measurement of a reflection at a fixed position in a particle bed such that said reflection represents aggregate dielectric properties in a vessel, wherein said measurement involves determining when the refractive index measured is approaching the refractive index of the hydrocarbon, wherein said measurement includes the refractive index of the mixture that includes the hydrocarbon and the solid consumable, and calculating an amount of solid consumable in said mixture based on the average refractive index. identifying an echo from an end of a Guided Wave Radar, GWR, probe located at a position n×L, wherein n is the average refractive index of the hydrocarbon/salt mixture and L is the true probe length; measuring with the GWR probe a measurement of a reflection at a fixed position in a particle bed such that said reflection represents aggregate dielectric properties in a vessel, wherein said measurement involves determining when the refractive index measured is approaching the refractive index of the hydrocarbon, wherein said measurement includes the refractive index of the mixture that includes the hydrocarbon and the solid consumable, and calculating an amount of solid consumable in said mixture based on the average refractive index.
Method of designing a thermal generator (1, 10, 100, 1000) intended to be connected with at least one external application for a thermal energy exchange with the latter, said generator including at least one thermal module, this thermal module comprising essentially a magnetocaloric element through which a defined volume of heat transfer fluid can flow, which is circulated in the thermal module according to a reciprocating displacement between two chambers (5, 6) called hot chamber and cold chamber, arranged on either side of said magnetocaloric element, said generator comprising also a magnetic arrangement arranged to subject alternately every magnetocaloric element to a variation of the magnetic field and create alternately in every magnetocaloric element a heating cycle and a cooling cycle, leading to the creation and holding of a temperature gradient between the two opposite ends of every magnetocaloric element located close to the chambers (5, 6), the reciprocating circulation of the heat transfer fluid being synchronized with the variation of the magnetic field and said thermal generator (1, 10, 100, 1000) comprising a means (8, 9) for transferring thermal energy between the heat transfer fluid of at least every hot chamber and/or at least every cold chamber and every application or the external environment, method characterized in that the heat exchange coefficients between the various heat exchange interfaces (magnetocaloric element 4/heat transfer fluid - heat transfer fluid/wall of chamber 5, 6 - wall of said chamber 5, 6/transfer means 8, 9 and transfer means 8, 9/heat exchange medium of the application or of the external environment) are adjusted serially in associated pairs so that the quantity of thermal energy liable to be exchanged with the application or with the external environment is limited in order to preserve the thermal gradient in every thermal module and so that the thermal exchange demand of the application or the external environment is met only insofar it does neither influence nor reduce the temperature gradient present in every thermal module.
A decoration enclosure for decorating a fingerprint identification structure of an input assembly, comprising: a decoration ring; and a support rim extending inwards from an inner wall of the decoration ring and supporting the fingerprint identification structure, wherein the decoration enclosure comprises a flange extending outwards from an outer wall of the decoration ring, the decoration ring has a long circle shape, the outer wall of the decoration ring comprises two straight segments in parallel and two curved segments each connected to the two straight segments, wherein the flange surrounds the outer wall of the decoration ring and comprises a first protrusion and a second protrusion connected to the first protrusion, the first protrusion comprises a first portion and a second portion, the first portion is arranged to and fitted with one of the two straight segments, the second protrusion is arranged to and fitted with the other one of the two straight segments, the second portion is arranged to and fitted with each curved segment, the second portion is connected to the first portion and the second protrusion, and the second portion protrudes beyond the first portion and the second protrusion, such that an outer edge of the second portion has a larger distance from the outer wall of the decoration ring than outer edges of the first portion and the second protrusion, wherein a top surface of the first protrusion is flush with a top surface of the second protrusion and a thickness of the first portion is larger than a thickness of the second protrusion. a decoration ring; and a support rim extending inwards from an inner wall of the decoration ring and supporting the fingerprint identification structure, wherein the decoration enclosure comprises a flange extending outwards from an outer wall of the decoration ring, the decoration ring has a long circle shape, the outer wall of the decoration ring comprises two straight segments in parallel and two curved segments each connected to the two straight segments, wherein the flange surrounds the outer wall of the decoration ring and comprises a first protrusion and a second protrusion connected to the first protrusion, the first protrusion comprises a first portion and a second portion, the first portion is arranged to and fitted with one of the two straight segments, the second protrusion is arranged to and fitted with the other one of the two straight segments, the second portion is arranged to and fitted with each curved segment, the second portion is connected to the first portion and the second protrusion, and the second portion protrudes beyond the first portion and the second protrusion, such that an outer edge of the second portion has a larger distance from the outer wall of the decoration ring than outer edges of the first portion and the second protrusion, wherein a top surface of the first protrusion is flush with a top surface of the second protrusion and a thickness of the first portion is larger than a thickness of the second protrusion.
A complex-type or hybrid-type glycan binding lectin or a composition comprising the same for use in treating or preventing enveloped virus infection, wherein the lectin is an Flt3 receptor interacting lectin (FRIL) protein from Lablab purpureous.
A battery box, supporting structure and insuring thermal management of one or more battery cells allowing a temperature control of said battery cells environment to insure its optimal operational condition, the battery box comprises at least one aluminum hollow profile, wherein said aluminium hollow profile comprises at least two chambers, characterized in that the aluminum hollow profile is extruded, and wherein at least one chamber is filled with a first phase change material having a melting point T1 F and wherein at least one chamber is filled with a second phase change material having a melting point T2 F, where T1 F > T2 F
A method for testing the life of a radial-rolling bearing (3a, 3b), which includes an outer ring that has an inner peripheral surface, on which an outer ring raceway is formed, an inner ring that has an outer peripheral surface, on which an inner ring raceway is formed, and a plurality of rolling elements, which are provided so as to freely rotate between the outer ring raceway and the inner ring raceway, the method comprising: immersing a portion of the radial rolling bearing (3a, 3b) in lubricant; and testing the bearing life by rotating the outer ring and the inner ring relative to each other in a state, in which a radial load (Fr) is applied to the radial rolling bearing (3a, 3b), wherein, in a state before the outer ring and the inner ring are rotated relative to each other, an oil level of the lubricant is positioned on a central axis of a rotary shaft, to which the inner ring is fitted on the outside, characterized in that, the radial load (Fr) is applied in a horizontal direction, the outer ring and the inner ring are rotated relative to each other in a direction such that the rolling element passes a load zone from below to above, so that the lubricant is supplied from a portion of the radial-rolling bearing (3a, 3b) that is immersed in the lubricant to a load zone that is not immersed in the lubricant. immersing a portion of the radial rolling bearing (3a, 3b) in lubricant; and testing the bearing life by rotating the outer ring and the inner ring relative to each other in a state, in which a radial load (Fr) is applied to the radial rolling bearing (3a, 3b), wherein, in a state before the outer ring and the inner ring are rotated relative to each other, an oil level of the lubricant is positioned on a central axis of a rotary shaft, to which the inner ring is fitted on the outside, characterized in that, the radial load (Fr) is applied in a horizontal direction, the outer ring and the inner ring are rotated relative to each other in a direction such that the rolling element passes a load zone from below to above, so that the lubricant is supplied from a portion of the radial-rolling bearing (3a, 3b) that is immersed in the lubricant to a load zone that is not immersed in the lubricant.
Heating device, comprising a flexible band provided with laminar conductor means crossed by current and suitable for diffusing heat into the environment and laminar insulating means associated with said laminar conductor means, said conductor means comprise a plurality of conducting strips (3a-3h;3a-3n), of smaller width than that of said flexible band, electrically connected to one another, characterised in that said conducting strips (3a-3h;3a-3n) are located in sets, each set including two overlapping strips, said heating device comprising a first terminal element for the electrical connection of said conducting strips (3a-3h;3a-3n) fixed at a first end of said flexible band and a second terminal element for the electrical connection of said conducting strips (3a-3h;3a-3n) fixed at the second end of said flexible band wherein said first terminal element comprises a plurality of first conductor bodies (14a-14e;14f-14h;14i-14n;14o-14q) for the electrical connection of said conducting strips (3a-3h;3a-3n), and said second terminal element comprises a plurality of second conductor bodies (25a-25d;25e,25f;25g-25i;25l,25m) for the electrical connection of said conducting strips (3a-3h;3a-3n) to one another so as to obtain an electrical circuit in which the directly overlapped strips are crossed by electric current going in the same way or in the opposite way to one another, wherein at least two of said first conductor bodies (14a-14e;14f-14h;14i-14n;14o-14q) housed in said first terminal element, or at least two of said second conductor bodies (25a-25d;25e,25f;25g-25i;25l,25m) housed in said second terminal element are connected to electric power supply means (21,22), i.e. directly connected to electrical mains.
A perfume oil-free composition for cleansing and/or care of skin, containing an ethanolic-aqueous hydrodispersible mint composition in an amount of 0.005 - 0.5 wt %, based on the total weight of the composition, wherein the mint composition is prepared by extracting plants with water vapour, concentrating the aqueous phase, and adding ethanolic menthol solution, characterized in that said composition contains a plurality of the following ingredients: triglycerides, cholesterol, phospholipides, free fatty acids, squalene and/or ceramides allowing formation of a derma membrane structure and in that the linalool content of the ethanolic-aqueous hydrodispersible mint composition is less than 1 wt %, based on the mint composition.
An electrolyzer apparatus for the electrolytic manufacture of elemental F 2 from an electrolyte comprising at least one electrolytic cell which contains at least two carbon anodes, a metallic vessel, which serves as the only cathode, for the electrolyte, and at least two rectifiers such that one rectifier is allocated to one anode, wherein all rectifier (-) poles are connected to the vessel by a single bus bar.
A water closet having a bowl and a flushing water supply (5, 6) which ends with an entry opening into said bowl, wherein an inner shape of said bowl has a first vertical center plane, wherein said vertical center plane is, assuming a conventional mounting in front of a plane wall, perpendicular to this mounting wall and centrically intersects, when said water closet is assumed to be mounted, a drain for the waste water as well as a user assumed to sit upright on the WC, said first vertical center plane being further oriented perpendicular to a second vertical center plane which partitions said WC into a front and a rear part, wherein said flushing water supply (5, 6) and said entry opening are adapted to allow the flushing water to flow into said bowl with a preponderant tangential velocity component with respect to said inner shape of said bowl and said flushing water to perform a rotational movement in said bowl, wherein said inner shape of said bowl has no flushing rim, namely no circumferential flushing water channel having entry openings pointing downwards for the influx of said flushing water into said bowl, characterized in that said inner shape of said bowl has, even apart from flushing water afflux openings, if any, an asymmetrical form with respect to said first vertical center plane so that said inner shape of said bowl defines a flow path for said flushing water, which is located deeper on one side of said center plane than on the other side and which superimposes a downward movement caused by the inner shape of said bowl onto said rotational flushing water movement, thus, namely said inner shape of said bowl adding a vertical motion component pointing downwards.
Electrical energy storage device, in particular a rechargeable battery, for an electrically driveable bicycle, comprising energy store-side electrical contacts, which are designed to be releasably electrically connected to bicycle-side electrical contacts, wherein the energy store-side electrical contacts are arranged at a first end region of the electrical energy storage device, an energy store-side locking arrangement for locking the electrical energy storage device to the bicycle, in particular to a component of the bicycle, wherein the energy store-side locking arrangement is arranged at a second end region, situated opposite the first end region, of the electrical energy storage device, wherein the energy store-side locking arrangement has an eccentric protrusion, which is arranged eccentrically at the second end region, wherein the energy store-side locking arrangement has an end region protrusion arranged at the second end region and an end region recess arranged at the second end region, characterized in that the end region recess has a recess contour which, reflected at a longitudinal plane through the electrical energy storage device, covers a protrusion contour of the end region protrusion. energy store-side electrical contacts, which are designed to be releasably electrically connected to bicycle-side electrical contacts, wherein the energy store-side electrical contacts are arranged at a first end region of the electrical energy storage device, an energy store-side locking arrangement for locking the electrical energy storage device to the bicycle, in particular to a component of the bicycle, wherein the energy store-side locking arrangement is arranged at a second end region, situated opposite the first end region, of the electrical energy storage device, wherein the energy store-side locking arrangement has an eccentric protrusion, which is arranged eccentrically at the second end region, wherein the energy store-side locking arrangement has an end region protrusion arranged at the second end region and an end region recess arranged at the second end region, characterized in that the end region recess has a recess contour which, reflected at a longitudinal plane through the electrical energy storage device, covers a protrusion contour of the end region protrusion.