mhurhangee/patent-ind-claim-en huggingface dataset:
A positive active material for lithium secondary battery, wherein, it is a layered lithium metal compound comprising nickel, cobalt, and manganese, and aluminum, zirconium, and boron are doped, the lithium metal compound is represented by Chemical Formula 1 below: [Chemical Formula 1] Li a Ni x CO y Mn z (M) 1-(x+y+z) O b in the Chemical Formula 1, it is 0.8≤a≤1.3, 1.8≤b≤2.2, 0.8≤x≤0.92, 0<y≤0.15, 0<z≤0.1, and 0<x+y+z<1; and the doping element M comprises Al, Zr, and B; the positive active material comprises a core portion and a shell portion of the core portion surface, the core portion and the shell portion is made of a composition containing Ni, Co, Mn, and M elements in the Chemical Formula 1; with respect to 1 mole of the entire metal containing Ni, Co, Mn, and M, a doping ratio of B among the doping elements M is 0.001 to 0.01 mol, with respect to 1 mole of the entire metal containing Ni, Co, Mn, and M, a doping ratio of Al among the doping elements M is 0.0002 to 0.01 mole, and with respect to 1 mole of the entire metal containing Ni, Co, Mn, and M, a doping ratio of Zr among the doping elements M is 0.0015 to 0.005 mol. the lithium metal compound is represented by Chemical Formula 1 below: [Chemical Formula 1] Li a Ni x CO y Mn z (M) 1-(x+y+z) O b in the Chemical Formula 1, it is 0.8≤a≤1.3, 1.8≤b≤2.2, 0.8≤x≤0.92, 0<y≤0.15, 0<z≤0.1, and 0<x+y+z<1; and the doping element M comprises Al, Zr, and B; the positive active material comprises a core portion and a shell portion of the core portion surface, the core portion and the shell portion is made of a composition containing Ni, Co, Mn, and M elements in the Chemical Formula 1; with respect to 1 mole of the entire metal containing Ni, Co, Mn, and M, a doping ratio of B among the doping elements M is 0.001 to 0.01 mol, with respect to 1 mole of the entire metal containing Ni, Co, Mn, and M, a doping ratio of Al among the doping elements M is 0.0002 to 0.01 mole, and with respect to 1 mole of the entire metal containing Ni, Co, Mn, and M, a doping ratio of Zr among the doping elements M is 0.0015 to 0.005 mol.
A method for processing policy control, comprising: receiving, by a policy enforcement function, first resource sharing indication information provided by a Policy and Charging Rules Function, PCRF, wherein first resource sharing indication information indicates that a second policy rule shares a resource with a first policy rule (S502); and enforcing, by the policy enforcement function, a resource sharing operation for the second policy rule and the first policy rule according to the first resource sharing indication information (S504); characterized in that enforcing, by the policy enforcement function, the resource sharing operation for the second policy rule and the first policy rule according to the first resource sharing indication information comprises: determining, by the policy enforcement function, that the second policy rule and the first policy rule are bound to a same bearer; and determining, by the policy enforcement function, that a Guaranteed Bit Rate, GBR, value occupied by the second policy rule and the first policy rule is a larger value between a GBR value occupied by the second policy rule and a GBR value occupied by the first policy rule. receiving, by a policy enforcement function, first resource sharing indication information provided by a Policy and Charging Rules Function, PCRF, wherein first resource sharing indication information indicates that a second policy rule shares a resource with a first policy rule (S502); and enforcing, by the policy enforcement function, a resource sharing operation for the second policy rule and the first policy rule according to the first resource sharing indication information (S504); characterized in that enforcing, by the policy enforcement function, the resource sharing operation for the second policy rule and the first policy rule according to the first resource sharing indication information comprises: determining, by the policy enforcement function, that the second policy rule and the first policy rule are bound to a same bearer; and determining, by the policy enforcement function, that a Guaranteed Bit Rate, GBR, value occupied by the second policy rule and the first policy rule is a larger value between a GBR value occupied by the second policy rule and a GBR value occupied by the first policy rule. determining, by the policy enforcement function, that the second policy rule and the first policy rule are bound to a same bearer; and determining, by the policy enforcement function, that a Guaranteed Bit Rate, GBR, value occupied by the second policy rule and the first policy rule is a larger value between a GBR value occupied by the second policy rule and a GBR value occupied by the first policy rule.
Projecting device for configuring and/or parameterizing automation components of an automation system , with a user interface and a network interface, wherein the projecting device - is suitable for creating a target configuration and/or target parameterization for an automation system , - is designed for automatic recognition of accesses to the target configuration and/or the target parameterization on the basis of predefinable access types, - is connectable via the network interface to a network of an actual automation system , - is suitable for analyzing a connected actual automation system with regard to its actual configuration and/or actual parameterization, and - is adapted to automatically trigger and perform the analyzing in response to a detected access and/or in response to a signal which is a predefinable regularly recurring signal; characterized in that the projecting device - is adapted for automatically segmenting the actual configuration and/or actual parameterization on the basis of an available analysis result of the analyzing and for the automatically analyzing individual segments of the actual configuration and/or actual parameterization, and - is designed to analyze several segments of the actual configuration and/or actual parameterization simultaneously in parallel analysis threads . - is suitable for creating a target configuration and/or target parameterization for an automation system , - is designed for automatic recognition of accesses to the target configuration and/or the target parameterization on the basis of predefinable access types, - is connectable via the network interface to a network of an actual automation system , - is suitable for analyzing a connected actual automation system with regard to its actual configuration and/or actual parameterization, and - is adapted to automatically trigger and perform the analyzing in response to a detected access and/or in response to a signal which is a predefinable regularly recurring signal; characterized in that the projecting device - is adapted for automatically segmenting the actual configuration and/or actual parameterization on the basis of an available analysis result of the analyzing and for the automatically analyzing individual segments of the actual configuration and/or actual parameterization, and - is designed to analyze several segments of the actual configuration and/or actual parameterization simultaneously in parallel analysis threads .
A voltage measuring system with an optical fibre cable comprising: a first electric terminal ; and a second electric terminal ; an optical fibre cable positioned in the electric field formed between said first and said second terminal ; a laser source which provides an optical signal to said optical fibre cable ; means for rotating the state of polarization (SOP) of the optical signal passing through said optical fibre cable ; a coherent receiver to receive a reflected optical signal coming from said optical fibre cable and measure the electric voltage present between said first terminal and said second terminal , by measuring the phase shift Δφ induced in said optical fibre cable due to electro-optic Kerr effect by the voltage applied between said first electric terminal and said second electric terminal ; characterized in that it comprises means for measuring the temperature of said optical fibre cable , wherein the measured temperature is used to compensate in real time the dependence of the Kerr effect on temperature variations. a first electric terminal ; and a second electric terminal ; an optical fibre cable positioned in the electric field formed between said first and said second terminal ; a laser source which provides an optical signal to said optical fibre cable ; means for rotating the state of polarization (SOP) of the optical signal passing through said optical fibre cable ; a coherent receiver to receive a reflected optical signal coming from said optical fibre cable and measure the electric voltage present between said first terminal and said second terminal , by measuring the phase shift Δφ induced in said optical fibre cable due to electro-optic Kerr effect by the voltage applied between said first electric terminal and said second electric terminal ; characterized in that it comprises means for measuring the temperature of said optical fibre cable , wherein the measured temperature is used to compensate in real time the dependence of the Kerr effect on temperature variations.
Method to produce an insulating glass unit comprising the following steps: - Forming a first assembly by fastening to a first glass plate an insulating glass unit spacer and, apart from said insulating glass unit spacer , an edge element comprising at least one through hole , said edge element being fastened with the help of one of an immediate tack and green strength adhesive or a compressible adhesive seal ; - Fastening by pressing a second glass plate to said first assembly, said second glass plate being fastened to the insulating glass unit spacer and to the edge element , said edge element being fastened thanks to the other one of an immediate tack and green strength adhesive or a compressible adhesive seal ; - Injecting a structural sealant into said at least one through hole of said edge element to fill up the space between the insulating glass unit spacer and the edge element . - Forming a first assembly by fastening to a first glass plate an insulating glass unit spacer and, apart from said insulating glass unit spacer , an edge element comprising at least one through hole , said edge element being fastened with the help of one of an immediate tack and green strength adhesive or a compressible adhesive seal ; - Fastening by pressing a second glass plate to said first assembly, said second glass plate being fastened to the insulating glass unit spacer and to the edge element , said edge element being fastened thanks to the other one of an immediate tack and green strength adhesive or a compressible adhesive seal ; - Injecting a structural sealant into said at least one through hole of said edge element to fill up the space between the insulating glass unit spacer and the edge element .
Aeration diffuser for vehicles, adapted to introduce and direct an airflow into the passenger compartment of the vehicle, comprising: - a nozzle , suitable for being mounted in the outflow section of an air supply duct, said nozzle comprising an outer frame , which identifies an air outlet section; - an actuator , positioned at the center of said air outlet section and movable with respect to a longitudinal axis (y); - a plurality of tabs , each tab having a first edge near which said tab is hinged to the nozzle along a respective oscillation axis (x), the oscillation axes (x) of at least two tabs not being mutually parallel; - a slide , coaxial with respect to the longitudinal axis (y) of the actuator and slidably coupled to said actuator , in such a way that the slide is configured to axially translate between a first position, proximal to the nozzle , and a second position, distal to the nozzle , in response to the movement of the actuator ; characterized in that it further comprises: - a plurality of connecting rods , each having a first end integrally movable with the slide , and a second end hinged to a second edge of a respective tab , in such a way that the second edges are configured to move away from the longitudinal axis (y) of the slide in response to the sliding of the slide towards said first position, proximal to the nozzle , and that the second edges are configured to approach the longitudinal axis (y) of the slide in response to the sliding of the slide towards said second position, distal to the nozzle . - a nozzle , suitable for being mounted in the outflow section of an air supply duct, said nozzle comprising an outer frame , which identifies an air outlet section; - an actuator , positioned at the center of said air outlet section and movable with respect to a longitudinal axis (y); - a plurality of tabs , each tab having a first edge near which said tab is hinged to the nozzle along a respective oscillation axis (x), the oscillation axes (x) of at least two tabs not being mutually parallel; - a slide , coaxial with respect to the longitudinal axis (y) of the actuator and slidably coupled to said actuator , in such a way that the slide is configured to axially translate between a first position, proximal to the nozzle , and a second position, distal to the nozzle , in response to the movement of the actuator ; - a plurality of connecting rods , each having a first end integrally movable with the slide , and a second end hinged to a second edge of a respective tab , in such a way that the second edges are configured to move away from the longitudinal axis (y) of the slide in response to the sliding of the slide towards said first position, proximal to the nozzle , and that the second edges are configured to approach the longitudinal axis (y) of the slide in response to the sliding of the slide towards said second position, distal to the nozzle .
Crystalline 2-fluoro-3-nitrotoluene of formula (I): having a DSC onset peak at a value among 25.0 and 26.0°C or having a DSC maximum peak at a value among 26.0 and 27.5°C or having a characteristic X-ray powder diffraction pattern with characteristic peak expressed in 2-Theta values (2θ) at 14.3 ± 0.2.
A cover for a tank for containing a plant protection product or a liquid fertiliser, the cover being for sealing an opening of the tank defined by an opening rim , the cover comprising: - a first cover part , - a second cover part pivotally mounted to the first cover part about a pivot axis with axial direction, between a first angular position of unblocking the cover and a second angular position of blocking the cover in which the cover is for being axially blocked to the opening rim of the tank extending about the pivot axis , - a plurality of blocking members distributed about the pivot axis , the cover being characterised in that each of the blocking members is movably mounted relative to the first and second cover parts between an unblocking position and a blocking position in which the blocking member is radially closer to the pivot axis than in the unblocking position and in which it is for cooperating with a radially external surface of the opening rim of the tank in order to axially block the cover relative to the tank , the cover being designed such that each of the blocking members is moved from its unblocking position to its blocking position, when the second cover part pivots from the first unblocking angular position to the second blocking angular position. - a first cover part , - a second cover part pivotally mounted to the first cover part about a pivot axis with axial direction, between a first angular position of unblocking the cover and a second angular position of blocking the cover in which the cover is for being axially blocked to the opening rim of the tank extending about the pivot axis , - a plurality of blocking members distributed about the pivot axis ,
A bearing for guiding a loudspeaker in translation along an axis X-X, the bearing comprising: - an X-X axis shaft ; - an outer casing in which the shaft is received sliding by a translational guide along axis X-X; and - an annular seal interposed between the casing and the shaft , the seal having a smooth and continuous cylindrical internal surface of axis X-X in addition to the external surface of the shaft to cooperate with the external surface of the shaft to form an internal plain bearing , characterised in that the seal is mounted so as to rotate relative to the outer casing about the axis X-X and in that it comprises motor means for rotating the seal relative to the outer casing and the shaft about the axis X-X. - an X-X axis shaft ; - an outer casing in which the shaft is received sliding by a translational guide along axis X-X; and - an annular seal interposed between the casing and the shaft , the seal having a smooth and continuous cylindrical internal surface of axis X-X in addition to the external surface of the shaft to cooperate with the external surface of the shaft to form an internal plain bearing ,
Use of twined weft fibres to increase the abrasion resistance in a transversely hand-tearable wrapping tape for cladding cables in automobiles, with a tape-like polyester backing fabric made from warp fibres and weft fibres of the same material, wherein both the weft fibres and the warp fibres are formed respectively as polyester fibres , and with an adhesive coating on at least one side thereof, wherein the denier of each of the weft fibres is greater than or equal to the denier of each of the warp fibres , wherein further the denier of the warp fibres relative to the width is smaller than or equal to the denier of the weft fibres relative to the length, wherein further at least the weft fibres are each twined with more than 180 twists per metre of weft fibre , and wherein at least abrasion class C is satisfied on a mandrel with 5 mm diameter in accordance with test guideline LV 312.
A dental treatment assistance device comprising: a display ; an input part into which input information on at least one of a use purpose and a use product is input; a memory that stores product information and process procedure information for a purpose of each product of a plurality of products; a product information acquiring part that acquires the product information and the process procedure information corresponding to the input information input from the input part; a display image control part that displays a predetermined process procedure selected from the process procedure information on the display; a photographing part that photographs an oral cavity of a person to be treated including a treatment target; and a process procedure control part that stores an association between a photographed image by the photographing part and an assistance result in memory , wherein the assistance result includes the input information, the product information, the process procedure, and a performance result of the process procedure. a display ; an input part into which input information on at least one of a use purpose and a use product is input; a memory that stores product information and process procedure information for a purpose of each product of a plurality of products; a product information acquiring part that acquires the product information and the process procedure information corresponding to the input information input from the input part; a display image control part that displays a predetermined process procedure selected from the process procedure information on the display; a photographing part that photographs an oral cavity of a person to be treated including a treatment target; and a process procedure control part that stores an association between a photographed image by the photographing part and an assistance result in memory , wherein the assistance result includes the input information, the product information, the process procedure, and a performance result of the process procedure.
Monitoring system for monitoring operating states of a movable component made of metal for compensating for inherent movements of a pipe for fluids, comprising: - a movable component made of metal, which is especially variable in length and/or angularly movable and/or axially movable and/or laterally movable, - at least one measuring element , which is assigned to the movable component , for detecting at least one state parameter of the movable component and/or of the fluid and/or of the environment, insofar as the latter affects the movable component, - an analysis unit for collecting and analysing the state parameters that are detected by the measuring element and are provided as measurement data, - a communication module for transmitting the measurement data to the analysis unit , - and a cloud platform with which the analysis unit is connectible as required, wherein the analysis unit is configured so that it compares the measurement data received from the communication module with data from the cloud platform or supplements the measurement data by such data, analyses it and outputs the results as information and/or it effects analysis of the measurement data in the cloud platform and outputs the results as information, wherein the at least one measuring element is provided for detecting those state parameters which affect the service life of the movable component , such as load cycles completed by the movable component, other movements, pressure peaks, vibration loads, temperature loads and the like, and wherein the analysis unit converts the received measurement data into damage equivalents, adds them up and, by comparison with or supplementation by data from the cloud platform , especially using standard calculation data of relevant standards and/or empirical data collections, calculates a prognosis for the residual service life of the movable component and outputs that prognosis as result. - a movable component made of metal, which is especially variable in length and/or angularly movable and/or axially movable and/or laterally movable, - at least one measuring element , which is assigned to the movable component , for detecting at least one state parameter of the movable component and/or of the fluid and/or of the environment, insofar as the latter affects the movable component, - an analysis unit for collecting and analysing the state parameters that are detected by the measuring element and are provided as measurement data, - a communication module for transmitting the measurement data to the analysis unit , - and a cloud platform with which the analysis unit is connectible as required,
Process for the preparation of a furfural derivative having the chemical formula wherein R represents alkyl group, which process comprises reacting a fructose- and/or glucose-containing starting material with a liquid hydroxyl group-containing compound of formula R-OH in the presence of an acid catalyst at a reaction temperature in the range of 150 to 300 °C to produce a primary acid reaction mixture comprising the furfural derivative of chemical formula ; separating at least part of the liquid hydroxyl group-containing compound from the primary acid reaction mixture to yield a secondary acid reaction mixture; neutralizing the secondary acid reaction mixture to a pH-value of at least 3 to obtain a neutralized reaction mixture; and purifying the neutralized reaction mixture to recover the furfural derivative of chemical formula , wherein the liquid hydroxyl group-containing compound is methanol or a mixture of methanol and water.