mhurhangee/patent-ind-claim-en huggingface dataset:
A method for extracting and separating rare earth elements, wherein the method comprises the following steps: providing a rare earth element containing ore; grinding the rare earth element containing ore to form powdered ore; leaching the powdered ore with at least one mineral acid to form a leach solution comprising a rare earth element and a solid material; separating the solid material from the leach solution to form an aqueous-rare earth concentrate; precipitating the aqueous-rare earth concentrate to selectively remove the rare earth element from the leach solution and to obtain a precipitate of the rare earth element; heating the precipitate of the rare earth element in air to form an oxide of the rare earth element; mixing and heating the oxide of the rare earth element with an ammonium salt to form anhydrous rare earth salts; forming a mixture of the anhydrous rare earth salts in an aqueous solution; and separating the rare earth element from the aqueous solution by an electrowinning process using a sacrificial anode. providing a rare earth element containing ore; grinding the rare earth element containing ore to form powdered ore; leaching the powdered ore with at least one mineral acid to form a leach solution comprising a rare earth element and a solid material; separating the solid material from the leach solution to form an aqueous-rare earth concentrate; precipitating the aqueous-rare earth concentrate to selectively remove the rare earth element from the leach solution and to obtain a precipitate of the rare earth element; heating the precipitate of the rare earth element in air to form an oxide of the rare earth element; mixing and heating the oxide of the rare earth element with an ammonium salt to form anhydrous rare earth salts; forming a mixture of the anhydrous rare earth salts in an aqueous solution; and separating the rare earth element from the aqueous solution by an electrowinning process using a sacrificial anode.
A molding process comprising, in order, a preparation step of preparing a sheet having a textured pattern due to projections formed by curing an ink composition above one face of a substrate , a placement step of placing the face of the sheet having the textured pattern so that it faces a mold , and a molding step of carrying out molding with the sheet and the mold in contact with each other, wherein the sheet is a sheet having an image layer formed by curing a colored ink composition above one face of a substrate and having a textured pattern due to projections formed by curing a clear ink composition above the substrate and/or the image layer . a preparation step of preparing a sheet having a textured pattern due to projections formed by curing an ink composition above one face of a substrate , a placement step of placing the face of the sheet having the textured pattern so that it faces a mold , and a molding step of carrying out molding with the sheet and the mold in contact with each other, wherein the sheet is a sheet having an image layer formed by curing a colored ink composition above one face of a substrate and having a textured pattern due to projections formed by curing a clear ink composition above the substrate and/or the image layer .
Vehicle seat comprising an operator device arranged at a side for operating vehicle seat and/or vehicle functions, and an adjustment device for adjusting a vertical position (Δz) and/or a tilt level (a) of the operator device with respect to the rest of the vehicle seat the adjustment device comprises an axis of rotation extending in the seat width direction , and a shaft which is connected to the operator device , is spaced apart from the axis of rotation and is arranged so as to be pivotable about said axis together with the operator device , characterized in that a guide element , arranged in the direction of a central axis of the shaft and fixedly connected to the shaft , can be moved within a guide link of a link element with respect to the shaft pivoting about the axis of rotation , the guide link having at least one first part shaped so as to extend along a portion of an arc (B), wherein the guide link has second parts which are arranged so as to adjoin the at least one first part and are substantially triangular, wherein the guide element is pivotable at least about the central axis of the shaft within the first and second parts of the guide link , at least two, preferably three, locked positions of the guide element being defined within the guide link .
An intermediate network node configured to manage location data of mobile terminals in a wireless communication network , the intermediate network node comprising a processing unit and a memory , said memory containing instructions executable by said processing unit, whereby said network node is operative to: establish connection (S101a, S101b) with a first and a second mobility management node in the wireless communication network ; establish connection (S102) with any one of location data requesting nodes in the wireless communication network , which requesting nodes request location data indicating the location of at least one mobile terminal ; receive (S103) a request for the location data indicating the location of the at least one mobile terminal from a location data requesting node of said location data requesting nodes; obtain (S104a, S104b) a set of location information indicating the location of the at least one mobile terminal from the first mobility management node and a set of location information indicating the location of the at least one mobile terminal from the second mobility management node , wherein the obtained (S104a) set of location information indicating the location of the at least one mobile terminal from the first mobility management node pertains to a first mobile terminal , and the obtained (S104b) set of location information indicating the location of the at least one mobile terminal from the second mobility management node pertains to a second mobile terminal ; produce (S105) the requested location data from the obtained set of location information; and to provide (S106) the produced location data to the location data requesting node of said location data requesting nodes. establish connection (S101a, S101b) with a first and a second mobility management node in the wireless communication network ; establish connection (S102) with any one of location data requesting nodes in the wireless communication network , which requesting nodes request location data indicating the location of at least one mobile terminal ; receive (S103) a request for the location data indicating the location of the at least one mobile terminal from a location data requesting node of said location data requesting nodes; obtain (S104a, S104b) a set of location information indicating the location of the at least one mobile terminal from the first mobility management node and a set of location information indicating the location of the at least one mobile terminal from the second mobility management node , wherein the obtained (S104a) set of location information indicating the location of the at least one mobile terminal from the first mobility management node pertains to a first mobile terminal , and the obtained (S104b) set of location information indicating the location of the at least one mobile terminal from the second mobility management node pertains to a second mobile terminal ; produce (S105) the requested location data from the obtained set of location information; and to provide (S106) the produced location data to the location data requesting node of said location data requesting nodes.
A vaccine composition for use in the treatment or prevention of otitis media, sinusitis, lower respiratory tract infections or chronic obstructive pulmonary disease, caused by Haemophilus influenza , and comprising a surface exposed protein, which can be detected in Haemophilus influenzae, having an amino acid sequence as described in Sequence ID No. 1, 2, 6, 7, 8, or 9.
A cosmetic or pharmaceutical product containing microgels and at least one compound selected from the group consisting of surface active agents, oils, biologically active products, pigments and dyes, wherein the microgels are in the form of particles obtainable by an aqueous phase copolymerization process of the following three monomers uniformly distributed over the entire volume of the particles: - di(ethylene glycol) methyl ether methacrylate (M(EO) 2 MA), - an oligo(ethylene glycol) methyl ether methacrylate (M(EO) n MA) n being an integer ranging from 3 to 12, - a monomer of formula CR 1 R 2 =CR 3 R 4 wherein R 1 , R 2 , R 3 and R 4 represent a hydrogen, a halogen or a hydrocarbon group, provided that at least one of the four groups comprises a -COOH or -COO-M + group, wherein M + represents a cation, in the presence of a crosslinking agent, wherein the microgels do not comprise inorganic nanoparticles. - di(ethylene glycol) methyl ether methacrylate (M(EO) 2 MA), - an oligo(ethylene glycol) methyl ether methacrylate (M(EO) n MA) n being an integer ranging from 3 to 12, - a monomer of formula CR 1 R 2 =CR 3 R 4 wherein R 1 , R 2 , R 3 and R 4 represent a hydrogen, a halogen or a hydrocarbon group, provided that at least one of the four groups comprises a -COOH or -COO-M + group, wherein M + represents a cation, in the presence of a crosslinking agent, wherein the microgels do not comprise inorganic nanoparticles.
A respiratory mask, comprising a cushion assembly, an elbow assembly, and a connecting assembly arranged between the cushion assembly and the elbow assembly, wherein the connecting assembly comprises a frame and a connector , the elbow assembly comprises an elbow , an exhaust passage is formed between the connector and the frame , and the exhaust passage is arranged to be able to guide a respiratory exhaust gas to be diverged and discharged all around the elbow , characterized in that the connector has an outer wall surface for connecting with the frame , and the exhaust passage is formed between the outer wall surface and the frame .
A method of making a composite structure, the method comprising: obtaining a mixture in gel form, the step of obtaining the mixture comprising: - a step of preparing (11; 21) a mixture comprising fibrillated cellulose and water such that the solids content of the mixture is at least 20 % of the weight of the mixture; and - a step of mixing (12; 22) the mixture obtained from the preparation step (11; 21) with at least one additive and thereby obtaining the mixture in gel form, the solids content of the gel being at least 20 % of the weight of the gel, whereby the mixture in gel form, containing solids and water, contains as solids, at least cellulose and at least one functional additive comprising at least one electrolyte, wherein at least a portion of the cellulose is fibrillated cellulose; processing the mixture in gel form having the solids content of at least 20 % of the weight to form the composite structure having a shape, the solids content of the mixture in gel form being at least 20 %, and up to 35 %, of the weight of the mixture during said processing; and reducing the water content of the mixture to solidify the formed composite structure. obtaining a mixture in gel form, the step of obtaining the mixture comprising: - a step of preparing (11; 21) a mixture comprising fibrillated cellulose and water such that the solids content of the mixture is at least 20 % of the weight of the mixture; and - a step of mixing (12; 22) the mixture obtained from the preparation step (11; 21) with at least one additive and thereby obtaining the mixture in gel form, the solids content of the gel being at least 20 % of the weight of the gel, - a step of preparing (11; 21) a mixture comprising fibrillated cellulose and water such that the solids content of the mixture is at least 20 % of the weight of the mixture; and - a step of mixing (12; 22) the mixture obtained from the preparation step (11; 21) with at least one additive and thereby obtaining the mixture in gel form, the solids content of the gel being at least 20 % of the weight of the gel, whereby the mixture in gel form, containing solids and water, contains as solids, at least cellulose and at least one functional additive comprising at least one electrolyte, wherein at least a portion of the cellulose is fibrillated cellulose; processing the mixture in gel form having the solids content of at least 20 % of the weight to form the composite structure having a shape, the solids content of the mixture in gel form being at least 20 %, and up to 35 %, of the weight of the mixture during said processing; and reducing the water content of the mixture to solidify the formed composite structure.
An apparatus for compressive sampling comprising an array of photodetectors, a processor and memory including computer program code, the memory and computer program code configured to, with the processor, enable the apparatus at least to: based on a predetermined dark current component for each photodetector in an array of photodetectors, identify a plurality of subsets of photodetectors from the array for signal readout and amplification by a readout circuit, each photodetector of the array configured to provide a photodetector output signal comprising the dark current component and an image component on exposure to incident electromagnetic radiation from a target scene, wherein each subset of photodetectors is identified such that the combined dark current component of the constituent photodetector output signals for each subset is substantially the same, and the number of subsets is less than the number of photodetectors in the array; and provide the identified plurality of subsets for use in signal readout and amplification by the readout circuit. based on a predetermined dark current component for each photodetector in an array of photodetectors, identify a plurality of subsets of photodetectors from the array for signal readout and amplification by a readout circuit, each photodetector of the array configured to provide a photodetector output signal comprising the dark current component and an image component on exposure to incident electromagnetic radiation from a target scene, wherein each subset of photodetectors is identified such that the combined dark current component of the constituent photodetector output signals for each subset is substantially the same, and the number of subsets is less than the number of photodetectors in the array; and provide the identified plurality of subsets for use in signal readout and amplification by the readout circuit.
Acoustic transmitter, comprising a housing with a sealed evacuated chamber filled with an electrically insulating liquid and a lower open chamber being in communication with the outside of the housing through openings in the lower open chamber , wherein the following serial arrangement of elements is positioned in the sealed evacuated chamber : - at least two magnetostrictive transducers (7;7';7") electrically connected in series; - at least one acoustic waveguide (9;9') connecting two magnetostrictive transducers (7;7';7"); - a concentrator connected to a first magnetostrictive transducer (7") of the at least two magnetostrictive transducers (7;7';7"); and - at least one emitting waveguide (10;11) connected to the concentrator . - at least two magnetostrictive transducers (7;7';7") electrically connected in series; - at least one acoustic waveguide (9;9') connecting two magnetostrictive transducers (7;7';7"); - a concentrator connected to a first magnetostrictive transducer (7") of the at least two magnetostrictive transducers (7;7';7"); and - at least one emitting waveguide (10;11) connected to the concentrator .
A base station , comprising: at least one processor ; and at least one memory comprising computer program code, the at least one memory and computer program code configured, with the at least one processor, to cause the base station at least to: configure multiple search spaces, sets of search spaces, and/or control resource sets, to a user equipment, that results in monitoring occasions where more blind decodings are required than a number of blind decodings allowed by a capability of the user equipment; identify the monitoring occasions for which the allowed number of blind decodings is exceeded; determine a reduced set of blind decodings, wherein the reduced set of blind decodings is determined by search space priorities followed by the base station and the user equipment, and wherein an order of the search space priorities is defined according to at least one of: search spaces set ID or search space type comprising a common search space, CSS, or a user-specific search space, USS; and transmit at least one physical downlink control channel to the user equipment given the reduced set of blind decodings. at least one processor ; and at least one memory comprising computer program code, the at least one memory and computer program code configured, with the at least one processor, to cause the base station at least to: configure multiple search spaces, sets of search spaces, and/or control resource sets, to a user equipment, that results in monitoring occasions where more blind decodings are required than a number of blind decodings allowed by a capability of the user equipment; identify the monitoring occasions for which the allowed number of blind decodings is exceeded; determine a reduced set of blind decodings, wherein the reduced set of blind decodings is determined by search space priorities followed by the base station and the user equipment, and wherein an order of the search space priorities is defined according to at least one of: search spaces set ID or search space type comprising a common search space, CSS, or a user-specific search space, USS; and transmit at least one physical downlink control channel to the user equipment given the reduced set of blind decodings. configure multiple search spaces, sets of search spaces, and/or control resource sets, to a user equipment, that results in monitoring occasions where more blind decodings are required than a number of blind decodings allowed by a capability of the user equipment; identify the monitoring occasions for which the allowed number of blind decodings is exceeded; determine a reduced set of blind decodings, wherein the reduced set of blind decodings is determined by search space priorities followed by the base station and the user equipment, and wherein an order of the search space priorities is defined according to at least one of: search spaces set ID or search space type comprising a common search space, CSS, or a user-specific search space, USS; and transmit at least one physical downlink control channel to the user equipment given the reduced set of blind decodings.
Handle element for mounting in the front side of a door of a cabinet , in particular of a switchgear cabinet, comprising a half-shell-shaped basic housing body , which is insertable into an opening formed in the front side of the door , and a plate-like closure element that is mounted in a pivotable manner on the basic housing body and is acted on by spring-elastic means, said closure element being pivotable from a closed position, in which the closure element closes the interior of the basic housing body , into an open position, in which the closure element is able to be grasped at a gripping surface in order to open the door , characterized in that the spring-elastic means comprise a tab-like restoring element integrally formed with the basic housing body , said restoring element acting on the inner side , facing the interior , of the closure element and urging the latter into the closed position.
Access control system for a people conveyor control system , comprising a people conveyor control system ; and an authentication proving device (14; 16; 20) adapted to communicate - directly or indirectly via at least one further device -with a people conveyor control system ; said authentication proving device (14; 16; 20) having a central processor unit and a read protected memory being protected from read and write access by external applications; said authentication proving device (14; 16; 20) storing in its read protected memory program code to carry out a verification procedure to calculate a verification signal in response to a verification request from said people conveyor control system , and to send said verification signal to said people conveyor control system ; said people conveyor control system in response to receipt of said verification signal selectively allowing or denying access to specific sections of said people conveyor control system and/or to specific functions implemented in said people conveyor control system wherein said authentication proving device (14; 16; 20) is adapted to delete information and/or data comprising access rights to the conveyor control system stored in said read protected memory after lapse of a predetermined amount of time; and wherein said authentication proving device (14; 16) comprises a dongle device.
Device for protecting a sensor holder during transport, comprising a container with a polygonal, preferably quadrangular base and with side walls which are connected to the base along the respective base edges , wherein a first flat body is arranged on a first side wall , which flat body is pivotable relative to the first side wall and, in a first functional position, is aligned substantially parallel to the base , thereby at least partially covering an opening of the container , and which first flat body , in a second functional position, is aligned essentially in a plane parallel to the base , thereby exposing the opening of the container , wherein, on a first side of the first flat body , which, in the first functional position, faces the base of the container , there is provided a fixing region formed by a fixing means, in particular by suction cups or by an adhesive material, by means of which fixing region the device can be fastened to a vehicle pane in the second functional position of the first flat body , and wherein the device is composed predominantly of cardboard, characterized in that only one first flat body is provided.