mhurhangee/patent-ind-claim-en huggingface dataset:
An active comprising: i) an aluminum system active, comprising one or both of: an aluminum active comprising chloride ions, and having a metal to chloride ratio of from 0.3 to 3; and/or an aluminum active comprising aluminum zirconium glycine salts; ii) a buffer comprising urea or an amino acid in free or salt form; and iii) a calcium ion source; wherein the composition has a pH of 5 or greater, or 6 or greater; and wherein the aluminum active comprises an aluminum chloride compound having an aluminum to chloride molar ratio of 0.3:1 to 3:1 exhibiting a Size Exclusion Chromatography (SEC) chromatogram having a SEC Peak 4 to Peak 3 intensity ratio of at least 7 and a Peak 4 intensity greater than a Peak 5 intensity in aqueous solution. i) an aluminum system active, comprising one or both of: an aluminum active comprising chloride ions, and having a metal to chloride ratio of from 0.3 to 3; and/or an aluminum active comprising aluminum zirconium glycine salts; an aluminum active comprising chloride ions, and having a metal to chloride ratio of from 0.3 to 3; and/or an aluminum active comprising aluminum zirconium glycine salts; ii) a buffer comprising urea or an amino acid in free or salt form; and iii) a calcium ion source;
A card mechanism array , comprising: a plurality of card mechanisms arranged into an array having at least one row , each card mechanism is configured as a card feed hopper, and each card feed hopper is configured to contain a plurality of cards in a stack; and each card mechanism has an access end ; the access end is configured to permit a card to exit and/ or enter the respective card mechanism through the access end, and the access ends face in a common direction; characterized in that each card mechanism has a longitudinal axis (LA), and the longitudinal axes of the card mechanisms in the at least one row are arranged at an angle (α) to one another so that the longitudinal axes will intersect one another on the access end sides of the card mechanisms. a plurality of card mechanisms arranged into an array having at least one row , each card mechanism is configured as a card feed hopper, and each card feed hopper is configured to contain a plurality of cards in a stack; and each card mechanism has an access end ; the access end is configured to permit a card to exit and/ or enter the respective card mechanism through the access end, and the access ends face in a common direction; characterized in that each card mechanism has a longitudinal axis (LA), and the longitudinal axes of the card mechanisms in the at least one row are arranged at an angle (α) to one another so that the longitudinal axes will intersect one another on the access end sides of the card mechanisms.
A heat exchanger having a plurality of first conduit sections arranged to communicate the flow of a first fluid in heat exchange with a second fluid in a flow path which passes the first conduit sections, and a support of the plurality of first conduit sections, each of the first conduit sections comprising a plurality of tubes arranged to exchange heat, each first conduit section comprising a spiral section having a plurality of the tubes extending along in a spiral shape alongside and spaced from one another in rows, wherein at least one load element is provided between tubes in mutually radially spaced rows and is arranged to counter aerodynamic load applied to the tubes, wherein said at least one load element comprises an element provided between tubes of two adjacent said first conduit sections for transmitting load therebetween while allowing relative sliding motion therebetween in response to thermal change.
Device for premounting the nacelle of a wind turbine on an uppermost tower segment , wherein a receptacle for vertically fastening a tower segment of the wind turbine is arranged on a base frame , wherein a receptacle , which is arranged on the base frame , for the rotor hub for the horizontal mounting of the wind turbine rotor is provided which is arranged with respect to the receptacle for the tower segment in such a way that the mounting of the wind turbine rotor is possible even when there is a tower segment arranged on the receptacle for the tower segment , and the tower segment thus arranged acts a counterweight during the mounting of the wind turbine rotor , characterized in that the device is foldable and/or telescopable in such a way that, in the collapsed state, it has external dimensions of at most 2.5 m × 2.75 m × 10 m.
A jet , in particular an oil jet for a turbine engine, comprising a body including a circulation pipe intended for the flow of a pressurized fluid, the body comprises a first part and a second part between which a resiliently deformable membrane is inserted, said membrane being capable of deforming between a sealed position in which it prevents the circulation of the fluid in the pipe and a position in which it allows the circulation of fluid in the pipe , the second part including bearing means configured to exert a force on the membrane positioned in a direction that is opposite to the circulation of fluid so as to preload the membrane in sealed position, characterised in that said bearing means comprises a convex bulge resting on a central portion of the membrane .
A liquid thermoresponsive hydrogel comprising agent-loaded polymer microparticles, wherein the polymer microparticles comprise poly glycolide, poly lactic acid, poly (lactic-co-glycolic acid), alginate, polycaprolactone, cellulose, dextran, chitosan, or a combination thereof, and wherein the thermoresponsive hydrogel comprises poly(n-isopropyl acrylamide), poly(N,N-dimethylacrylamide-co-N-phenylacrylamide), poly(glycidyl methacrylate-co-N-isopropylacrylamide), poly(ethylene oxide)-b-poly(propylene oxide)-b-poly(ethylene oxide), poly(ethylene glycol)-polyester copolymer, or a combination thereof, for use in the sustained delivery of the agent to an ocular organ in a subject, wherein the liquid thermoresponsive hydrogel comprising agent-loaded polymer microparticles is topically delivered to the ocular surface, the agent is a therapeutic agent, a diagnostic agent, or an imaging agent, and wherein the liquid thermoresponsive hydrogel comprising agent-loaded polymer microparticles is delivered to the ocular surface in the form of an eye drop at an interval greater than at least one day, preferably at an interval of at least five days, between administrations. wherein the polymer microparticles comprise poly glycolide, poly lactic acid, poly (lactic-co-glycolic acid), alginate, polycaprolactone, cellulose, dextran, chitosan, or a combination thereof, and wherein the thermoresponsive hydrogel comprises poly(n-isopropyl acrylamide), poly(N,N-dimethylacrylamide-co-N-phenylacrylamide), poly(glycidyl methacrylate-co-N-isopropylacrylamide), poly(ethylene oxide)-b-poly(propylene oxide)-b-poly(ethylene oxide), poly(ethylene glycol)-polyester copolymer, or a combination thereof, for use in the sustained delivery of the agent to an ocular organ in a subject, wherein the liquid thermoresponsive hydrogel comprising agent-loaded polymer microparticles is topically delivered to the ocular surface, the agent is a therapeutic agent, a diagnostic agent, or an imaging agent, and wherein the liquid thermoresponsive hydrogel comprising agent-loaded polymer microparticles is delivered to the ocular surface in the form of an eye drop at an interval greater than at least one day, preferably at an interval of at least five days, between administrations.
A bending device for producing a component by forming a workpiece made of sheet metal, having a press table and having a press beam which is aligned opposite the press table and parallel thereto and can be adjusted relative to the press table in a direction perpendicular to a longitudinal extension of the press table by means of a drive device , wherein the press table comprises a body , a compensating beam with a tool holder and actuators arranged between the body and the compensating beam for elastically deforming the compensating beam relative to the body , wherein a slot-shaped recess , which extends parallel to a longitudinal extension of the press table and is open towards the press beam , is formed in the body , and wherein the compensation beam is accommodated in the recess of the body and the actuators are arranged between an underside of the compensating beam and a base of the recess of the body , characterized in that a bearing point for a pivot bearing with a bearing bolt is formed between the body and the compensating beam in each of the longitudinal side end regions of the press table , wherein downwardly open bearing shells for the bearing points are formed on the underside of the compensating beam in the longitudinal side end regions, and wherein a screw is provided for each of the bearing points, with which screw the respective longitudinal side end regions of the compensating beam are screwed against the body , wherein the screws each extend through the bearing bolt and crossing an axis of the bearing bolt .
A mining vehicle having a carriage , driving equipment configured to move the carriage , at least one mining work device , which mining work device is one of the following: rock drilling machine, bolting device, shotcrete apparatus, scaling device, injection device, blasthole charger, loading device, measuring device, at least one alternating current motor configured to operate a main function of the mining vehicle , at least one alternating current motor configured to operate an auxiliary function of the mining vehicle , a connecting device configured to connect an electrical network of the mine to the mining vehicle, at least one power-generating auxiliary unit , a DC intermediate circuit , to which electricity may be supplied from the electrical network of the mine through a rectifier via the connecting device , and at least one inverter configured to supply the electrical energy of the DC intermediate circuit to the alternating current motor configured to operate the auxiliary function of the mining vehicle , in which case the power-generating auxiliary unit is connected to the DC intermediate circuit , characterised in that the mining vehicle comprises a control unit that is arranged to connect the power-generating auxiliary unit to supply, when necessary, at least part of the power required by the alternating current motor configured to operate the auxiliary function when simultaneously the at least one alternating current motor configured to operate the main function of the mining vehicle is supplied directly from the electrical network of the mine .
A method for producing a thin wafer , comprising: separating a support body from a wafer laminate by irradiating the wafer laminate with light from the side of the support body of the wafer laminate; and after the separating, removing a resin layer remaining on the wafer from the wafer by tape peeling; wherein the wafer laminate consists of a support body , an adhesive layer formed on the support body, and a wafer stacked with a surface thereof including a circuit plane facing the adhesive layer; the support body is a transparent substrate being transparent to the light irradiated to separate the support body from the wafer laminate; the adhesive layer includes only a resin layer A with a light-blocking property having a transmissivity of 20% or less at a wavelength of 355 nm and an absorption maximum wavelength of 300 to 500 nm, and a resin layer B including a thermosetting silicone resin or a non-silicone thermoplastic resin in this order from the side of the support body; and the resin layer A and the resin layer B which have remained without being decomposed by the light irradiated in the separating step are separated by pasting a tape to the resin layer A and peeling resin layer A and resin layer B from the wafer . separating a support body from a wafer laminate by irradiating the wafer laminate with light from the side of the support body of the wafer laminate; and after the separating, removing a resin layer remaining on the wafer from the wafer by tape peeling; wherein the wafer laminate consists of a support body , an adhesive layer formed on the support body, and a wafer stacked with a surface thereof including a circuit plane facing the adhesive layer; the support body is a transparent substrate being transparent to the light irradiated to separate the support body from the wafer laminate; the adhesive layer includes only a resin layer A with a light-blocking property having a transmissivity of 20% or less at a wavelength of 355 nm and an absorption maximum wavelength of 300 to 500 nm, and a resin layer B including a thermosetting silicone resin or a non-silicone thermoplastic resin in this order from the side of the support body; and the resin layer A and the resin layer B which have remained without being decomposed by the light irradiated in the separating step are separated by pasting a tape to the resin layer A and peeling resin layer A and resin layer B from the wafer .
Method of producing a metallic strip by continuous rolling, in which firstly a slab is cast in a casting machine and subsequently the slab is continuously rolled in a rolling train with at least one roll stand, wherein the casting machine comprises a strip guide in which the cast slab is guided in conveying direction (F) in the direction of the rolling train , wherein the material of the slab is cooled in the region of the strip guide by spraying on a cooling medium by means of a number of cooling devices and wherein each cooling device comprises a number of spray nozzles which are arranged adjacent to one another in a direction (Q) transverse to the conveying direction (F) and by way of which the cooling medium is delivered onto the slab , characterised in that at least one of the cooling devices is operated so that cooling medium is delivered onto the slab only by way of a number of spray nozzles arranged in the centre region (M) of the slab , whereas no cooling medium is delivered onto the slab by way of the spray nozzles disposed in the edge region (K) of the slab , or that cooling medium is delivered onto the slab by way of a number of spray nozzles arranged in the centre region (M) of the slab , whereas cooling medium is delivered only to a reduced extent onto the slab by way of the spray nozzles disposed in the edge region (K) of the slab , wherein in the region of the strip guide and/or in the region between the strip guide and the rolling train only the edge region (K) of the slab is protected by means of a thermal insulation against cooling, and wherein the slab between the casting machine and the rolling train is for equalisation of the temperature between the centre region (M) of the slab and the edge region (K) of the slab guided along an equalisation path with a length (Ls) resulting from: L S ≥ k ⋅ H B 0.5 ⋅ v B wherein L S length of the equalising path in metres H B thickness of the slab in millimetres v B casting speed of the slab in metres/minutes k dimensional coefficient: k = 0.10. L S length of the equalising path in metres H B thickness of the slab in millimetres v B casting speed of the slab in metres/minutes k dimensional coefficient: k = 0.10.
A method for setting up a call in a mobile communication system, the method being carried out by a user equipment, UE, and comprising: switching a serving cell from a first cell of a first communication system to a second cell of a second communication system based on a voice call, if a voice call occurs in the UE while the UE accesses the first communication system; receiving system information from the second cell, and identifying, based on an indication set in the UE, the system information blocks, SIBs, which constitute essential system information for circuit switched fallback, CSFB; identifying whether the essential system information for CSFB is completely received; and performing a CSFB procedure although system information which is not essential for CSFB is not completely received, if the essential system information for CSFB is completely received. switching a serving cell from a first cell of a first communication system to a second cell of a second communication system based on a voice call, if a voice call occurs in the UE while the UE accesses the first communication system; receiving system information from the second cell, and identifying, based on an indication set in the UE, the system information blocks, SIBs, which constitute essential system information for circuit switched fallback, CSFB; identifying whether the essential system information for CSFB is completely received; and performing a CSFB procedure although system information which is not essential for CSFB is not completely received, if the essential system information for CSFB is completely received.
A device for filtering air, comprising: - an air filter comprising: a first and a second component for filtering air; and - a control system configured for receiving a sensed relative humidity of air, characterized in that : the first component is adapted for filtering air having a humidity level falling within a first humidity level range; the second component is adapted for filtering air having a humidity level falling within a second humidity level range different from the first humidity level range; and wherein the control system is further configured for selecting the most efficient component for filtering the air from the first or the second component depending on the sensed relative humidity of the air and depending on filtering efficiency of the first and the second component for the sensed relative humidity of the air. - an air filter comprising: a first and a second component for filtering air; and - a control system configured for receiving a sensed relative humidity of air, the first component is adapted for filtering air having a humidity level falling within a first humidity level range; the second component is adapted for filtering air having a humidity level falling within a second humidity level range different from the first humidity level range; and wherein the control system is further configured for selecting the most efficient component for filtering the air from the first or the second component depending on the sensed relative humidity of the air and depending on filtering efficiency of the first and the second component for the sensed relative humidity of the air.
Dispersion of nanoparticles of graphene in water in the presence of a surfactant, characterized in that : - the concentration of said nanoparticles of graphene in water is from 5% to 50% by weight; - the C/O ratio in said nanoparticles of graphene is ≥ 100:1; - at least 90% of said nanoparticles of graphene have a lateral size (x, y) from 10 to 10,000 nm, and a thickness (z) from 0,34 to 30 nm, the lateral size being always greater than the thickness (x, y > z); - said surfactant is present in an amount from 1 to 20% by weight with respect to the weight of said graphene and is an anionic surfactant or a nonionic surfactant or a mixture of these; wherein: - said anionic surfactant comprises an hydrophilic polar group which is an anion selected from sulfonate and sulfate and carboxylate, and an hydrophobic nonpolar part which is a structure selected from benzene, naphthalene and pyrene, or said anionic surfactant comprises an anion of cholic acid selected from cholate, deoxycholate and taurodeoxycholate; and - said nonionic surfactant is selected from polyoxyethylene glycol alkyl ethers, polyoxypropylene glycol alkyl ethers and polyvinylpyrrolidone. - the concentration of said nanoparticles of graphene in water is from 5% to 50% by weight; - the C/O ratio in said nanoparticles of graphene is ≥ 100:1; - at least 90% of said nanoparticles of graphene have a lateral size (x, y) from 10 to 10,000 nm, and a thickness (z) from 0,34 to 30 nm, the lateral size being always greater than the thickness (x, y > z); - said surfactant is present in an amount from 1 to 20% by weight with respect to the weight of said graphene and is an anionic surfactant or a nonionic surfactant or a mixture of these; wherein: - said anionic surfactant comprises an hydrophilic polar group which is an anion selected from sulfonate and sulfate and carboxylate, and an hydrophobic nonpolar part which is a structure selected from benzene, naphthalene and pyrene, or said anionic surfactant comprises an anion of cholic acid selected from cholate, deoxycholate and taurodeoxycholate; and - said nonionic surfactant is selected from polyoxyethylene glycol alkyl ethers, polyoxypropylene glycol alkyl ethers and polyvinylpyrrolidone. - said anionic surfactant comprises an hydrophilic polar group which is an anion selected from sulfonate and sulfate and carboxylate, and an hydrophobic nonpolar part which is a structure selected from benzene, naphthalene and pyrene, or said anionic surfactant comprises an anion of cholic acid selected from cholate, deoxycholate and taurodeoxycholate; and - said nonionic surfactant is selected from polyoxyethylene glycol alkyl ethers, polyoxypropylene glycol alkyl ethers and polyvinylpyrrolidone.
A load detection sensor unit which can be arranged under a seat cushion (SC), comprising: a load detection sensor detecting load; and a pedestal including a mounting portion on which the load detection sensor is mounted and which can be attached to at least opposed spring parts out of a plurality of springs stretched to be arrayed over an opening of a frame , wherein the pedestal includes a pair of hooks which can be hooked respectively over the opposed spring parts, wherein each of the hooks extends to cover at least an upper portion of the spring part and an outer portion of the spring part located on an opposite side of the opposed side, the load detection sensor unit further comprising a buffering member arranged at least at a part between the spring part and each hook , wherein the buffering member has lower hardness than that of the pedestal and is arranged between the hook and the spring part, and wherein the hook presses the buffering member from the outer portion to an inner portion of the spring part, characterized in that wherein a part of the buffering member that the hook presses is located further downward than a lowermost position of the spring part. a load detection sensor detecting load; and a pedestal including a mounting portion on which the load detection sensor is mounted and which can be attached to at least opposed spring parts out of a plurality of springs stretched to be arrayed over an opening of a frame , wherein the pedestal includes a pair of hooks which can be hooked respectively over the opposed spring parts, wherein each of the hooks extends to cover at least an upper portion of the spring part and an outer portion of the spring part located on an opposite side of the opposed side, the load detection sensor unit further comprising a buffering member arranged at least at a part between the spring part and each hook , wherein the buffering member has lower hardness than that of the pedestal and is arranged between the hook and the spring part, and wherein the hook presses the buffering member from the outer portion to an inner portion of the spring part, characterized in that wherein a part of the buffering member that the hook presses is located further downward than a lowermost position of the spring part.