mhurhangee/patent-ind-claim-en huggingface dataset:
A method for manufacturing a gearbox (30; 130; 230), the method comprising: - providing (S101) a predefined interval (I) around an integer (Ri); - providing (S102) a gearbox setup; - determining (S103) a speed ratio (R) of at least two components (28, 32, 34, 38, O) of the gearbox setup; - comparing (S104) the speed ratio (R) with the predefined interval (I) around the integer (Ri); and - manufacturing (S105) a gearbox (30; 130; 230) in accordance with the gearbox setup in dependence on the comparison. - providing (S101) a predefined interval (I) around an integer (Ri); - providing (S102) a gearbox setup; - determining (S103) a speed ratio (R) of at least two components (28, 32, 34, 38, O) of the gearbox setup; - comparing (S104) the speed ratio (R) with the predefined interval (I) around the integer (Ri); and - manufacturing (S105) a gearbox (30; 130; 230) in accordance with the gearbox setup in dependence on the comparison.
A vehicle body, in particular for commercial vehicles, having at least a middle stake and a tarpaulin , which can be fixed to the middle stake by a fastening system and delimits a load space when in a closed state, the fastening system having at least one first fastening element which is associated with the tarpaulin and at least one second fastening element which is formed on the middle stake , it being possible to bring the first fastening element and the second fastening element into detachable engagement with each other, and the first fastening element being connected to a pulling element which can be actuated from outside the load space independently of the tarpaulin , characterised in that the pulling element can be moved in a vertical direction (V) independently of the tarpaulin .
Welding control (10; 100) for a welding tool , with a memory module , with a force control module for controlling a progression of a force (F s (t); F S_ACT ), which at least one electrode of a welding tool exerts on at least one component when producing a welded connection , characterized in that the force control module is designed to calculate a system deviation FS1 = FS(t) - FS_ACT when carrying out a welding operation, specifically with a welding current being applied, or a servicing operation, specifically without a welding current being applied, where F s (t) is a setpoint value for the holding and/or pressing force (F s (t)), which is stored in the memory module as a time-dependent setpoint force, and F S_ACT is an actual force of the holding and/or pressing force (F s (t)) detected by a detecting device during the welding operation or servicing operation carried out, and an evaluating module (11; 110) for evaluating the control of the force control module , the evaluating module (11; 110) being designed to change at least one controller parameter of the force control module if the evaluation of the control of the force control module finds that the progression of the force (F s (t); F S_ACT ) has oscillations.
An apparatus for separating fluids , the apparatus comprising a drive motor , and further comprises: a spherical exterior surface , characterised in that, a center point of said apparatus is positioned equidistant from all points on said spherical exterior surface; said apparatus held by a fixture ; said spherical exterior surface having a sinusoidal track therein, wherein the drive motor is engaged with said sinusoidal track whereby said apparatus rotates with sinusoidal motion about said center point. a spherical exterior surface , characterised in that, a center point of said apparatus is positioned equidistant from all points on said spherical exterior surface; said apparatus held by a fixture ; said spherical exterior surface having a sinusoidal track therein, wherein the drive motor is engaged with said sinusoidal track whereby said apparatus rotates with sinusoidal motion about said center point.
A supercapacitor electrode material comprising: a porous titanium oxide; and a carbon-based material; characterized in that the porous titanium oxide is in a form in which a spherical titanium oxide is located between layers of a layered titanium oxide. a porous titanium oxide; and a carbon-based material; characterized in that the porous titanium oxide is in a form in which a spherical titanium oxide is located between layers of a layered titanium oxide.
Power-to-X plant comprising an electrolyzer and an energy converter connected to one another via a hydrogen conduit and further comprising a chemical reactor for catalytic oxygen removal, a first heat exchanger , a water separator , a storage means and a humidifier serially connected into the hydrogen conduit between the electrolyzer and the energy converter in the sequence listed, characterized in that a second heat exchanger is arranged in the hydrogen conduit such that a first side of the second heat exchanger is arranged upstream of the first heat exchanger and a second side of the second heat exchanger is arranged downstream of the water separator in the hydrogen conduit .
A method for the production of aggregates from returned concrete which comprises: a) loading returned concrete into an intensive mixer; b) adding organic or inorganic flocculating admixtures, either alone or combined; c) mixing for 20 seconds to 5 minutes, preferably for 30 seconds to 3 minutes, and most preferably for 1 minute to 2 minutes, until the returned concrete has coagulated into: i. a fraction of larger particle size, mainly consisting of the original natural aggregates contained in the returned concrete, which are substantially dry and free of cement paste; ii. a fraction of smaller particle size, mainly consisting of lumps containing water, coagulant admixtures, fresh cement and the fine fractions of the mixture of sand and silt; characterised by d) passing the mixture through a vibration, rotary or cyclone sieve with separation into at least two particle-size classes, one fraction with a larger particle size mainly consisting of the original natural aggregates contained in the returned concrete, which are substantially dry and free of cement paste, and one fraction with a smaller particle size mainly consisting of lumps containing water, coagulant admixtures, fresh cement and the fine fractions of the mixture of sand and silt. a) loading returned concrete into an intensive mixer; b) adding organic or inorganic flocculating admixtures, either alone or combined; c) mixing for 20 seconds to 5 minutes, preferably for 30 seconds to 3 minutes, and most preferably for 1 minute to 2 minutes, until the returned concrete has coagulated into: i. a fraction of larger particle size, mainly consisting of the original natural aggregates contained in the returned concrete, which are substantially dry and free of cement paste; ii. a fraction of smaller particle size, mainly consisting of lumps containing water, coagulant admixtures, fresh cement and the fine fractions of the mixture of sand and silt; characterised by i. a fraction of larger particle size, mainly consisting of the original natural aggregates contained in the returned concrete, which are substantially dry and free of cement paste; ii. a fraction of smaller particle size, mainly consisting of lumps containing water, coagulant admixtures, fresh cement and the fine fractions of the mixture of sand and silt; characterised by d) passing the mixture through a vibration, rotary or cyclone sieve with separation into at least two particle-size classes, one fraction with a larger particle size mainly consisting of the original natural aggregates contained in the returned concrete, which are substantially dry and free of cement paste, and one fraction with a smaller particle size mainly consisting of lumps containing water, coagulant admixtures, fresh cement and the fine fractions of the mixture of sand and silt.
A method of detecting a foreign object using a sensor array comprising a plurality of sensors distributed on each side of a perimeter within an elevator shaft , the perimeter comprising at least four sides and the plurality of sensors forming a detection field , the method comprising: detecting , by a computing system , whether there are any pre-existing objects between a first group of sensors (312-323) of the sensor array in the elevator shaft based on initially established locations of the pre-existing objects to avoid false positives; detecting , by the computing system , whether there is a foreign object between a second group of sensors (404-407) of the sensor array in the elevator shaft , the second group of sensors (404-407) including at least one sensor that does not overlap with the first group of sensors (312-323); and triggering , by the computing system , a modification to a control aspect of an elevator car in the elevator shaft based on detection of the foreign object . detecting , by a computing system , whether there are any pre-existing objects between a first group of sensors (312-323) of the sensor array in the elevator shaft based on initially established locations of the pre-existing objects to avoid false positives; detecting , by the computing system , whether there is a foreign object between a second group of sensors (404-407) of the sensor array in the elevator shaft , the second group of sensors (404-407) including at least one sensor that does not overlap with the first group of sensors (312-323); and triggering , by the computing system , a modification to a control aspect of an elevator car in the elevator shaft based on detection of the foreign object .
Robot-guided tool for automatically joining plugs to workpieces , in particular vehicle body parts, wherein the plug joining tool has a frame having a port for an industrial robot , a plug magazine and a setting unit having a plug receptacle and a setting ram for joining a plug at a joining point on the workpiece , wherein the plug joining tool has a compensation device for compensating for deviations of the actual joining path from the target joining path, characterized in that the plug receptacle has one or more receiving heads each having a setting ram and a plug quiver for receiving an individual plug , wherein the plug quiver is mounted so as to be able to yield axially relative to the setting ram and wherein the respective plug quiver is mounted so as to be axially displaceable on its setting ram and is acted upon by a restoring element .
Composition comprising at least one fucosylated oligosaccharide, for use in preventing and/or treating URT infections in an infant or young child fulfilling at least one of the following criteria: i) the infant or the young child has at least one sibling ii) the infant or the young child was born by C-section i) the infant or the young child has at least one sibling ii) the infant or the young child was born by C-section
A support and holding assembly for a portable electronic device , the assembly comprising: - a support structure ; - a support member , that extends along an axis and comprises a first and a second portion , axially opposite each other; said first portion having, at one end, a coupling portion , to which said portable electronic device can be coupled, in use, in order to be arranged in a reference position; the support member being movable between a withdrawn rest position and an advanced position in relation to said support structure ; - a retention member , that is carried by said support member and can be moved in relation to said support member between a) an engaged position, in which the retention member holds, in use, the portable electronic device in the reference position in relation to said support component, and b) a disengaged position, in which the portable electronic device is free to be coupled to, and uncoupled from, said coupling portion ; - at least one motor or actuator ; - a first transmission driven by said motor or actuator in order to shift said support member between the withdrawn rest position and the advanced position; characterized in that , in the engaged position, said retention member projects from said first portion so as to be coupled, in use, with a corresponding shoulder of the portable electronic device and/or of an interface element ; said retention member comprising at least one tooth or bolt that can slide along said axis to engage/disengage, in use, a corresponding seat defining the shoulder . - a support structure ; - a support member , that extends along an axis and comprises a first and a second portion , axially opposite each other; said first portion having, at one end, a coupling portion , to which said portable electronic device can be coupled, in use, in order to be arranged in a reference position; the support member being movable between a withdrawn rest position and an advanced position in relation to said support structure ; - a retention member , that is carried by said support member and can be moved in relation to said support member between a) an engaged position, in which the retention member holds, in use, the portable electronic device in the reference position in relation to said support component, and b) a disengaged position, in which the portable electronic device is free to be coupled to, and uncoupled from, said coupling portion ; a) an engaged position, in which the retention member holds, in use, the portable electronic device in the reference position in relation to said support component, and b) a disengaged position, in which the portable electronic device is free to be coupled to, and uncoupled from, said coupling portion ; - at least one motor or actuator ; - a first transmission driven by said motor or actuator in order to shift said support member between the withdrawn rest position and the advanced position;
A production method of a negative electrode active material for nonaqueous electrolyte secondary batteries containing a silicon compound SiO x , wherein 0.5≤x≤1.6, the silicon compound SiO x containing lithium, before producing a nonaqueous electrolyte secondary battery, comprising: preparing a silicon compound having the formula SiO x , wherein 0.5≤x≤1.6; inserting lithium into the silicon compound; making the silicon compound into which the lithium has been inserted contact with a solution B containing a polycyclic aromatic compound or a derivative thereof or both thereof, wherein solution B contains one or more kinds selected from an ether-based solvent, a ketone-based solvent, an ester-based solvent, an alcohol-based solvent, and an amine-based solvent as a solvent; and making the silicon compound that has been contacted with solution B contact with a solution C, characterized in that solution C contains one or more kinds selected from an ether-based material, a ketone-based material, and an ester-based material as the solvent, and solution C contains a compound having a quinoid structure in a molecule as a solute. preparing a silicon compound having the formula SiO x , wherein 0.5≤x≤1.6; inserting lithium into the silicon compound; making the silicon compound into which the lithium has been inserted contact with a solution B containing a polycyclic aromatic compound or a derivative thereof or both thereof, wherein solution B contains one or more kinds selected from an ether-based solvent, a ketone-based solvent, an ester-based solvent, an alcohol-based solvent, and an amine-based solvent as a solvent; and making the silicon compound that has been contacted with solution B contact with a solution C, characterized in that solution C contains one or more kinds selected from an ether-based material, a ketone-based material, and an ester-based material as the solvent, and solution C contains a compound having a quinoid structure in a molecule as a solute.
A pump, in particular a miniature pump, comprising a pump assembly , the pump assembly having an electric motor and a housing unit , the electric motor having electromotive components and a motor shaft that is free-standing through a motor housing of the electric motor , and the motor housing being detachably connected to the housing unit , the motor shaft being supported by shaft bearings in the motor housing with an axial shaft play, the electric motor together with the motor shaft and the motor housing forming an independent structural unit, the motor housing forming an outer housing of the electric motor , the motor shaft extending for the most part within the motor housing and being guided by a shaft end through an end outer wall of the motor housing, the guided-through shaft end being enclosed by the housing unit , at least one stabilising element arranged outside the motor housing being provided for reducing or eliminating the axial shaft play of the motor shaft , the motor shaft being acted upon by the stabilising element with an axial pressure force or axial tensile force that acts on the motor shaft and the stabilising element being fixed in the housing unit or forming part of the housing unit , characterised in that the electromotive components of the electric motor and the shaft bearings of the motor shaft are encapsulated by the motor housing.
A resin composition comprising: (a) 40-90% by weight of a poly(arylene ether); (b) 0-40% by weight of high-impact polystyrene (HIPS) and 0-40% by weight of general-purpose polystyrene (GPPS), provided that the HIPS, the GPPS, or the combination thereof represents 5-40% by weight of said composition; (c) 5-25% by weight of an impact modifier; and, (d) 15-400% by weight of a ceramic filler, as measured per 100 parts by weight of components (a)-(c), wherein components (a)-(c) are each expressed relative to the total weight of components (a)-(c). (a) 40-90% by weight of a poly(arylene ether); (b) 0-40% by weight of high-impact polystyrene (HIPS) and 0-40% by weight of general-purpose polystyrene (GPPS), provided that the HIPS, the GPPS, or the combination thereof represents 5-40% by weight of said composition; (c) 5-25% by weight of an impact modifier; and, (d) 15-400% by weight of a ceramic filler, as measured per 100 parts by weight of components (a)-(c),
A composition, comprising catalase, a soluble alginate, and a radionuclide labeled on the catalase.
An automatic bread maker comprising: a machine main body ; a bottomed cylindrical heater case that is disposed inside the machine main body and serves as a heating chamber ; a lid body opening and closing an upper opening of the heater case ; a mixing container that is held inside the heating chamber and houses cooking ingredients; a heater that heats the heating chamber ; a mixer blade that mixes and kneads the cooking ingredients inside the mixing container by rotating inside the mixing container ; and a driver that generates rotary driving force of the mixer blade , wherein the mixing container includes a planar bottom wall , a cylindrical side wall , and a curved corner part that connects the bottom wall and the side wall , a connection part (C1) between the corner part and the bottom wall being positioned inside a rotation trajectory (R1) of the mixer blade in plan view, a connection part (C2) between the corner part and the side wall is positioned higher than a part of the mixer blade , the part of the mixer blade being positioned vertically above the corner part ; the bottom wall of the mixing container is circular in plan view, characterized in that the side wall of the mixing container is elliptical in plan view, so that a distance from a blade part of the mixer blade to the side wall of the mixing container can be varied along with rotation of the mixer blade . a machine main body ; a bottomed cylindrical heater case that is disposed inside the machine main body and serves as a heating chamber ; a lid body opening and closing an upper opening of the heater case ; a mixing container that is held inside the heating chamber and houses cooking ingredients; a heater that heats the heating chamber ; a mixer blade that mixes and kneads the cooking ingredients inside the mixing container by rotating inside the mixing container ; and a driver that generates rotary driving force of the mixer blade , wherein the mixing container includes a planar bottom wall , a cylindrical side wall , and a curved corner part that connects the bottom wall and the side wall , a connection part (C1) between the corner part and the bottom wall being positioned inside a rotation trajectory (R1) of the mixer blade in plan view, a connection part (C2) between the corner part and the side wall is positioned higher than a part of the mixer blade , the part of the mixer blade being positioned vertically above the corner part ; the bottom wall of the mixing container is circular in plan view, characterized in that the side wall of the mixing container is elliptical in plan view, so that a distance from a blade part of the mixer blade to the side wall of the mixing container can be varied along with rotation of the mixer blade .
A method for creating an attachment between a sample manipulator and a sample within a charged particle system, the method comprising the steps: translating the sample manipulator so that it is proximate to the sample , wherein the portion of the sample manipulator proximate to the sample is composed of a high sputter yield material, wherein the high sputter yield material corresponds to a material that yields a greater number of atoms per ion when irradiated with a specific ion beam species and voltage than silicon or tungsten; and milling, with a charged particle beam, the high sputter yield material such that portions of the high sputter yield material is removed from the sample manipulator , and wherein at least some of the removed high sputter yield material redeposits to form an attachment between the sample manipulator and the sample . translating the sample manipulator so that it is proximate to the sample , wherein the portion of the sample manipulator proximate to the sample is composed of a high sputter yield material, wherein the high sputter yield material corresponds to a material that yields a greater number of atoms per ion when irradiated with a specific ion beam species and voltage than silicon or tungsten; and milling, with a charged particle beam, the high sputter yield material such that portions of the high sputter yield material is removed from the sample manipulator , and wherein at least some of the removed high sputter yield material redeposits to form an attachment between the sample manipulator and the sample .
A method for recovering a precious metal, which comprises bringing an extracting agent or adsorbent in which precious metal ions are extracted or adsorbed, into contact with a back-extracting agent or desorbent containing a sulfur-containing amino acid derivative represented by the following formula (I): wherein R 1 is a methyl group, an ethyl group, a vinyl group, a C 3-8 linear, branched or cyclic hydrocarbon group, or a C 6-14 aromatic hydrocarbon group, R 2, s are each independently a hydrogen atom, a methyl group, an ethyl group, a vinyl group, a C 3-8 linear, branched or cyclic hydrocarbon group or a C 6-14 aromatic hydrocarbon group, and n is 0 or 1, to obtain a solution containing the precious metal ions, and subjecting the solution to a reduction treatment to obtain a precious metal.
An aircraft fuel tank ullage gas management system, comprising a cabin air fluid flow path arranged to receive a flow of aircraft cabin air ; an electrochemical cell comprising a membrane electrode assembly that comprises a cathode and an anode separated by an electrolyte separator , a cathode fluid flow path in fluid communication with the cathode and arranged to receive the flow of cabin air from the cabin air fluid flow path and to discharge nitrogen-enriched air , and an anode fluid flow path in fluid communication with the anode; a water circulation loop in fluid communication with the anode; an ullage flow path arranged to receive nitrogen-enriched air from the cathode fluid flow path and to deliver it to the fuel tank ; and an electrical power source and electrical connections to the anode and cathode for providing an electric potential difference between the anode and cathode.