mhurhangee/ep-ind-claims huggingface dataset:
A mechanical gear transmission comprising: - a fixed support frame; - a ring gear having an internal toothing; - a coupling element fixed to said ring gear and coupled to said support frame so that said ring gear is coaxial to a fixed axis; - at least one intermediate gear wheel meshing with the internal toothing of said ring gear and rotatable about a respective axis, which is parallel to said fixed axis; - a lubricant liquid and an annular manifold, which is fixed with respect to said support frame and is designed to collect a leaked mass of said lubricant liquid; said annular manifold comprising at least one first annular concave portion, which surrounds said fixed axis and said intermediate gear wheel, has a concavity facing towards said coupling element or said intermediate gear wheel and houses a mass of lubricant liquid leaked from said intermediate gear wheel and/or said ring gear as a result of a centrifugal effect; characterised in that said annular manifold further comprises: - at least one second annular concave portion suitable to receive a further mass of leaked lubricant liquid; said second annular concave portion being radially arranged inwardly of said first annular concave portion, surrounding said fixed axis and having a concavity facing radially towards said first annular concave portion and - a channelling wall for intercepting and channelling said leaked lubricant liquid; said channelling wall being connected in a fluid-tight manner to said first annular concave portion, on one side, and to said second annular concave portion, on the opposite side, so as to channel said leaked lubricant liquid towards one or the other of said first and second annular concave portions (14,16). - a fixed support frame; - a ring gear having an internal toothing; - a coupling element fixed to said ring gear and coupled to said support frame so that said ring gear is coaxial to a fixed axis; - at least one intermediate gear wheel meshing with the internal toothing of said ring gear and rotatable about a respective axis, which is parallel to said fixed axis; - a lubricant liquid and an annular manifold, which is fixed with respect to said support frame and is designed to collect a leaked mass of said lubricant liquid; - at least one second annular concave portion suitable to receive a further mass of leaked lubricant liquid; said second annular concave portion being radially arranged inwardly of said first annular concave portion, surrounding said fixed axis and having a concavity facing radially towards said first annular concave portion and - a channelling wall for intercepting and channelling said leaked lubricant liquid; said channelling wall being connected in a fluid-tight manner to said first annular concave portion, on one side, and to said second annular concave portion, on the opposite side, so as to channel said leaked lubricant liquid towards one or the other of said first and second annular concave portions (14,16).
A lead storage battery, which is adapted to be used in a partial state of charge of more than 70% and less than 100%, and comprises (i) a group of plates housed in a battery jar and formed of a stack constituted by, - a large number of negative substrates comprising grid substrates filled with a negative active material, - a large number of positive substrates comprising grid substrates filled with a positive active material, and - a porous separator interposed between the negative electrodes and positive electrodes; and (ii) injected therein an electrolyte containing Al-ions and 0.002-0.05 mol/l of Na-ions. (i) a group of plates housed in a battery jar and formed of a stack constituted by, - a large number of negative substrates comprising grid substrates filled with a negative active material, - a large number of positive substrates comprising grid substrates filled with a positive active material, and - a porous separator interposed between the negative electrodes and positive electrodes; and - a large number of negative substrates comprising grid substrates filled with a negative active material, - a large number of positive substrates comprising grid substrates filled with a positive active material, and - a porous separator interposed between the negative electrodes and positive electrodes; and (ii) injected therein an electrolyte containing Al-ions and 0.002-0.05 mol/l of Na-ions.
Length and force compensation device for a height-adjustable mass of a weapons system, which is adjusted in height by way of a rotary bearing, wherein the length and force compensation device has means for correcting an imbalance during the adjustment, such as a chain, a cable or the like, which on one side is fastened to the rotary bearing, is led around at least two deflecting rollers (4.1, 5.1) and on the other side is connected to a spring, wherein a lever, which functionally interacts with a cam segment on the rotary bearing, is integrated between the deflecting rollers (4.1, 5.1), and the lower deflecting roller (5.1) is fixedly attached to the lever, while the upper deflecting roller (4.1) is fixed to the turret.
A nut socket unit for power wrenches, comprising a tubular socket body (10;50) having a front end portion (13;53) adapted for engagement with a screw joint, and a rear end portion (11;51) for connection to the output shaft of a power wrench, wherein a freely rotatable sleeve (30;70) is provided on the outside of the front end portion (13;53) of the socket body (10;50) for operator protecting purpose, characterized in that an arresting mechanism (15;55) is provided for locking the socket body (10;50) to a power wrench output shaft, said arresting mechanism (15;55) includes a maneuver sleeve (19;59) axially displaceable on the outside of the rear end portion (11;51) of the socket body (10;50) and arranged for shifting said arresting mechanism (15;55) between a lock position and a release position, said maneuver sleeve (19;59) is freely rotatable relative to the socket body (10;50) for operator protective purpose.
A last for forming a footwear upper configuring an article of footwear, comprising: a common portion invariable in shape and position; a movable portion invariable in shape and positionally variable with respect to the common portion; a position adjustment mechanism that changes a position of the movable portion with respect to the common portion and fixes the movable portion in a predetermined position; further comprising an incorporable last portion incorporated into a groove formed in the common portion or a space formed between the common portion and the movable portion, wherein the incorporable last portion forms a portion corresponding to an instep of a foot of a wearer of the article of footwear, characterized in that the incorporable last portion includes a plurality of plate-shaped members extending widthwise of the article of footwear. a common portion invariable in shape and position; a movable portion invariable in shape and positionally variable with respect to the common portion; a position adjustment mechanism that changes a position of the movable portion with respect to the common portion and fixes the movable portion in a predetermined position; further comprising an incorporable last portion incorporated into a groove formed in the common portion or a space formed between the common portion and the movable portion, wherein the incorporable last portion forms a portion corresponding to an instep of a foot of a wearer of the article of footwear, characterized in that the incorporable last portion includes a plurality of plate-shaped members extending widthwise of the article of footwear.
Sheet separating device for a vertical friction sorter, the vertical friction sorter comprising a plurality of stations arranged above each other, each one of which comprises a sheet separating device and a storage surface intended to contain a pile of sheets of paper lying on each other, one sheet at a time being intended to be picked from the stations in a predetermined order for further processing, each sheet separating device comprises at least one fan arranged beside the storage surface for the pile of sheets for blowing air essentially horizontally through the pile in order to separate sheets of the pile, each fan being provided with a nozzle having a slot-shaped exhaust opening, characterized in that the exhaust opening is orientated substantially perpendicularly to the storage surface for blowing a substantially vertical air curtain through a pile of sheets lying on the storage surface, which exhaust opening is formed to generate an air curtain, the height of which exceeds the maximum allowed height of the pile of sheets lying on the storage surface.
A solid-state image pickup element, comprising: a plurality of effective pixels arranged in a matrix form and not shielded from light, wherein each of the plurality of effective pixels includes: a photodiode configured to convert incident light into a photocurrent; an amplification transistor configured to amplify a voltage between a gate of the amplification transistor having a potential depending on the photocurrent and a source of the amplification transistor having a reference potential and output the amplified voltage from a drain of the amplification transistor; characterized in that the solid-state image pickup element further includes a potential supply section configured to, in each of the plurality of effective pixels, supply the anode of the photodiode and the bulk of the amplification transistor with a predetermined potential lower than the reference potential. a photodiode configured to convert incident light into a photocurrent; an amplification transistor configured to amplify a voltage between a gate of the amplification transistor having a potential depending on the photocurrent and a source of the amplification transistor having a reference potential and output the amplified voltage from a drain of the amplification transistor; characterized in that the solid-state image pickup element further includes a potential supply section configured to, in each of the plurality of effective pixels, supply the anode of the photodiode and the bulk of the amplification transistor with a predetermined potential lower than the reference potential.
An electric double-layer capacitor comprising: a capacitor element impregnated with an electrolytic solution; a case for housing the capacitor element; and an external positive electrode terminal (3, 31) and an external negative electrode terminal (3, 32), the external positive electrode terminal and the external negative electrode terminal being brought into conduction with the capacitor element, the capacitor element obtained by stacking and winding a positive electrode body, a separator (61, 62), and a negative electrode body, the positive electrode body including a first positive electrode current collector, a second positive electrode current collector having one surface side being in contact with one surface of the first positive electrode current collector, and a plurality of positive electrode current collector tab pairs (55, 56) being brought into conduction with the external positive electrode terminal (3, 31), each of the positive electrode current collector tab pairs (55, 56) having a first positive electrode current collector tab (55A, 56A) being fixed onto the one surface of the first positive electrode current collector and a second positive electrode current collector tab (55B, 56B) being fixed onto the one surface of the second positive electrode current collector and, in a front view illustrating the positive electrode body, being displaced from the first positive electrode current collector tab (55A, 56A) in a state where the positive electrode body is not wound, such that the first positive electrode current collector tab (55A, 56A) being fixed onto the first positive electrode current collector and the second positive electrode current collector tab (55B, 56B) being fixed onto the second positive electrode current collector do not overlap each other, the negative electrode body including a first negative electrode current collector, a second negative electrode current collector having one surface side being in contact with one surface of the first negative electrode current collector, and a plurality of negative electrode current collector tab pairs (75, 76) being brought into conduction with the external negative electrode terminal (3, 32), each of the negative electrode current collector tab pairs (75, 76) having a first negative electrode current collector tab (75A, 76A) being fixed onto the one surface of the first negative electrode current collector and a second negative electrode current collector tab (75B, 76B) being fixed onto the one surface of the second negative electrode current collector and, in a front view illustrating the negative electrode body, being displaced from the first negative electrode current collector tab (75A, 76A) in a state where the negative electrode body is not wound, such that the first negative electrode current collector tab (75A, 76A) being fixed onto the first negative electrode current collector and the second negative electrode current collector tab (75B, 76B) being fixed onto the second negative electrode current collector do not overlap each other.
A cooking attachment for a heatable vessel of a kitchen appliance, which cooking attachment has a bottom comprising at least one bottom opening, through which from the cooking attachment leaking condensate can enter into the vessel, wherein the bottom is at least partially inclined in the direction of the vessel, based on a horizontal plane of the kitchen appliance, which stands on a horizontal work area, wherein further the bottom opening as a condensate opening for the escape of condensate from the cooking attachment into the vessel, is arranged in a lowermost partial area of the inclined bottom, with regard to a vertical direction, characterized in that the lowermost partial area of the inclined bottom is embodied in a central area of the bottom and that the bottom is embodied overall funnel-shaped.
A lock in particular for a motor vehicle latch mechanism, comprising a stator extending along a main axis (I-I) and housing a rotor movable in rotation about the main axis and configured to drive in movement a control means, and wherein: - the rotor comprises a longitudinal bar extending parallel to the main axis and movable in translation between an extended position in which the longitudinal bar maintains the rotor rotatably fixed relative to the stator, and a retracted position in which the longitudinal bar rotatably releases the rotor relative to the stator when introducing a key insert in accordance with the lock coding into a longitudinal housing of the rotor, - the rotor comprises a body having a fusible area, called rotor fusible area, adapted to break by separating the body into a front portion(32-A) and a rear portion(34-B) configured to drive in movement the control means, characterized in that - the longitudinal bar includes a fusible area, called bar fusible area, adapted to break with the breakage of the rotor fusible area when the torque exerted by an element which is not in accordance with the lock coding, on the rotor in the rotatably fixed state, reaches a predetermined torque such that, when the fusible areas (36, 34) of the rotor and the bar are broken, the rotor rear portion(32-B) blocks the movement of the control means and the rotor front portion(32-A) is movable in rotation about the main axis (I-I). - the rotor comprises a longitudinal bar extending parallel to the main axis and movable in translation between an extended position in which the longitudinal bar maintains the rotor rotatably fixed relative to the stator, and a retracted position in which the longitudinal bar rotatably releases the rotor relative to the stator when introducing a key insert in accordance with the lock coding into a longitudinal housing of the rotor, - the rotor comprises a body having a fusible area, called rotor fusible area, adapted to break by separating the body into a front portion(32-A) and a rear portion(34-B) configured to drive in movement the control means, characterized in that - the longitudinal bar includes a fusible area, called bar fusible area, adapted to break with the breakage of the rotor fusible area when the torque exerted by an element which is not in accordance with the lock coding, on the rotor in the rotatably fixed state, reaches a predetermined torque such that, when the fusible areas (36, 34) of the rotor and the bar are broken, the rotor rear portion(32-B) blocks the movement of the control means and the rotor front portion(32-A) is movable in rotation about the main axis (I-I).
Photodetector, comprising: - a absorbing region formed by a first semiconductor material having a first bandgap energy value, - a contact region (2e, 2c) made from semiconductor material, - a blocking region (3e, 3c) formed by at least a second semiconductor material configured to oppose flow of the majority charge carriers between the absorbing region and the contact region (2e, 2c), the second semiconductor material presenting a second bandgap energy value higher than the first bandgap energy value, photodetector characterized in that the blocking region (3e, 3c) is doped and configured to form at least one quantum well by means of the second semiconductor material and a third semiconductor material having a third bandgap energy value different from the second bandgap energy value, the second semiconductor material and the third semiconductor material defining a barrier material and a potential well material, the barrier material having a bandgap energy value higher than a bandgap energy value of the potential well material, the thickness of the barrier material being greater than the thickness of the potential well material, and in that the blocking region (3e, 3c) is configured so that the charge carrier wave functions in the well materials are not coupled to one another, the charge carrier wave functions being localised in the real space of the well material and in that the blocking region is devoid of mini-bands. - a absorbing region formed by a first semiconductor material having a first bandgap energy value, - a contact region (2e, 2c) made from semiconductor material, - a blocking region (3e, 3c) formed by at least a second semiconductor material configured to oppose flow of the majority charge carriers between the absorbing region and the contact region (2e, 2c), the second semiconductor material presenting a second bandgap energy value higher than the first bandgap energy value,
A copper oxide ink comprising a copper oxide, a dispersant, and a reducing agent, wherein the content of the reducing agent is in the range of the formula below, and the content of the dispersant is in the range of formula below: 0.00010 ≤ mass of reducing agent / mass of copper oxide ≤ 0.10 0.0050 ≤ mass of dispersant / mass of copper oxide ≤ 0.30
An optoelectronic device comprising: (a) two spaced apart electrodes; and (b) at least one layer containing ternary core/shell nanocrystals disposed between the spaced electrodes and having ternary semiconductor cores containing a gradient in alloy composition wherein there is a first lattice structure at the center of the nanocrystals and a second lattice structure different from the first lattice structure at the surface of the nanocrystals so that the ternary core/shell nanocrystals exhibit single molecule non-blinking behavior characterized by on times greater than one minute or radiative lifetimes less than 10 ns. (a) two spaced apart electrodes; and (b) at least one layer containing ternary core/shell nanocrystals disposed between the spaced electrodes and having ternary semiconductor cores containing a gradient in alloy composition wherein there is a first lattice structure at the center of the nanocrystals and a second lattice structure different from the first lattice structure at the surface of the nanocrystals so that the ternary core/shell nanocrystals exhibit single molecule non-blinking behavior characterized by on times greater than one minute or radiative lifetimes less than 10 ns.
Kit for covering a rail of a vehicle door, comprising a first covering assembly comprising a first sealing member intended to cooperate with a window of the door along said rail, and a first finishing member intended to improve the aesthetics of the door along said rail, the first assembly comprising first elements for fastening to said rail, characterised in that it comprises a second covering assembly comprising a second sealing member intended to cooperate with a window of the door along said rail, and a second finishing member intended to improve the aesthetics of the door along said rail, the second assembly comprising second elements for fastening to said rail, the first and second assemblies (26, 24) both being capable of being mounted on the rail of the same door, and only one of these assemblies being mounted on this rail as a function of an aesthetic aspect sought among a first aspect called "flush" and a second aspect called "non-flush", the first assembly being mounted on the rail if the first "flush" aspect is sought, this first assembly being configured so that said finishing member has an outer surface aligned with an outer surface of the window of the door, when the first assembly is secured to the rail of the door, and the second assembly being mounted on the rail if the second "non-flush" aspect is sought, this second assembly being different from the first assembly and configured so that said finishing member has an outer surface spaced from an outer surface of the window of the door when the second assembly is fastened to the rail of that door.
A mineral fibre product, comprising mineral fibres bound by a cured binder composition, the non-cured binder composition comprising one or more oxidized lignins, wherein the mineral fibre product has a water leachable chloride content of less than 10 mg/kg in accordance with EN 13468:2001.
A piston ring package for a piston of an internal combustion engine comprising at least a first piston ring and a second piston ring, characterized in that the first piston ring is arranged such that it is gas tight towards a pressure from a first axial side of the piston ring package and the second piston ring is gastight towards a pressure from a second axial side opposite to the first axial side, characterised in that the first piston ring comprises a lock section with a male locking end and a female locking end, the male locking end comprising at least one projecting tongue projecting into a corresponding recess at the female locking end, the recess being open towards the second axial side and wherein the second piston ring comprises a lock section with a male locking end and a female locking end, the male locking end comprising at least one projecting tongue projecting into a corresponding recess at the female locking end, the recess being open towards the first axial side. the first piston ring is arranged such that it is gas tight towards a pressure from a first axial side of the piston ring package and the second piston ring is gastight towards a pressure from a second axial side opposite to the first axial side, characterised in that the first piston ring comprises a lock section with a male locking end and a female locking end, the male locking end comprising at least one projecting tongue projecting into a corresponding recess at the female locking end, the recess being open towards the second axial side and wherein the second piston ring comprises a lock section with a male locking end and a female locking end, the male locking end comprising at least one projecting tongue projecting into a corresponding recess at the female locking end, the recess being open towards the first axial side.