mhurhangee/patent-ind-claim-en huggingface dataset:
A process for recovering phosphorus from ashes, preferably bottom ashes, coming from combustion plants that are fed with renewables and/or waste materials as solid fuel, comprising the phases of: a) mixing said ashes comprising phosphorus with a sulfuric acid solution, thereby obtaining an acidic slurry comprising phosphoric acid and having a pH value between 0 and 2, preferably equal to about 1; b) mixing said acidic slurry with urea or an aqueous solution thereof until an enriched acidic slurry with a pH value comprised between 2 and 4, preferably equal to about 2.5, is obtained, wherein said enriched acidic slurry comprises a solid dispersed phase and a liquid dispersing phase, said liquid dispersing phase comprising a phosphoric acid-urea adduct; c) separating said dispersing liquid phase from said solid dispersed phase, thereby making said liquid dispersing phase available. a) mixing said ashes comprising phosphorus with a sulfuric acid solution, thereby obtaining an acidic slurry comprising phosphoric acid and having a pH value between 0 and 2, preferably equal to about 1; b) mixing said acidic slurry with urea or an aqueous solution thereof until an enriched acidic slurry with a pH value comprised between 2 and 4, preferably equal to about 2.5, is obtained, wherein said enriched acidic slurry comprises a solid dispersed phase and a liquid dispersing phase, said liquid dispersing phase comprising a phosphoric acid-urea adduct; c) separating said dispersing liquid phase from said solid dispersed phase, thereby making said liquid dispersing phase available.
A method for multiplexing a USB interface, performed by an electronic device to which the USB interface belongs comprising a plurality of processor ports, the method comprising: acquiring at least a level signal other than a service data signal and a ground signal in the USB interface; determining , according to a logic result of the at least a level signal and a predefined correlation, a target port of a target processor corresponding to the logic result as a transmission object of the USB interface, wherein, the predefined correlation comprises a logic result of the at least a level signal uniquely corresponding to each port of each processor; and transmitting received data to the transmission object by means of the USB interface, and sending data to be sent of the transmission object by means of the USB interface. acquiring at least a level signal other than a service data signal and a ground signal in the USB interface; determining , according to a logic result of the at least a level signal and a predefined correlation, a target port of a target processor corresponding to the logic result as a transmission object of the USB interface, wherein, the predefined correlation comprises a logic result of the at least a level signal uniquely corresponding to each port of each processor; and transmitting received data to the transmission object by means of the USB interface, and sending data to be sent of the transmission object by means of the USB interface.
A method of wireless communication performed by a base station (no, 610), comprising: transmitting first reference signals using a first set of antenna ports; receiving first feedback information from a user equipment, UE , wherein the first feedback information is associated with the first reference signals ; configuring a first precoder based on the first feedback information ; classifying the UE based on the first feedback information ; allocating resources to the UE based on the classification of the UE ; transmitting second reference signals to the UE on the allocated resources based on the configuration of the first precoder; receiving second feedback information from the UE , wherein the second feedback information is associated with the second reference signals ; and configuring a second precoder based on the second feedback information . transmitting first reference signals using a first set of antenna ports; receiving first feedback information from a user equipment, UE , wherein the first feedback information is associated with the first reference signals ; configuring a first precoder based on the first feedback information ; classifying the UE based on the first feedback information ; allocating resources to the UE based on the classification of the UE ; transmitting second reference signals to the UE on the allocated resources based on the configuration of the first precoder; receiving second feedback information from the UE , wherein the second feedback information is associated with the second reference signals ; and configuring a second precoder based on the second feedback information .
A telesurgical system for performing surgery on a patient, the system comprising: a support structure for receiving, at a connector of the support structure , one manipulator of a plurality of different manipulators each having a plurality of degrees of freedom; a controller ; and a hardware mapping unit configured to implement a plurality of maps , each map being configured to map signals from input elements of the connector to interface elements of the controller , wherein the maps include a specific map for each of the different manipulators , wherein a first map of the maps maps a first input element to a first interface element when a first manipulator of the plurality of different manipulators is connected to the connector and a second map of the maps maps the first input element to a second interface element when a second manipulator of the plurality of different manipulators is connected to the connector in place of the first manipulator . a support structure for receiving, at a connector of the support structure , one manipulator of a plurality of different manipulators each having a plurality of degrees of freedom; a controller ; and a hardware mapping unit configured to implement a plurality of maps , each map being configured to map signals from input elements of the connector to interface elements of the controller , wherein the maps include a specific map for each of the different manipulators , wherein a first map of the maps maps a first input element to a first interface element when a first manipulator of the plurality of different manipulators is connected to the connector and a second map of the maps maps the first input element to a second interface element when a second manipulator of the plurality of different manipulators is connected to the connector in place of the first manipulator .
Method for the production of curved furniture components comprising: - an overlapping step (S) of a first panel of wooden, plastic or metal material, of at least one intermediate separating layer and of a second panel of wooden, plastic or metal material for obtaining a flat semi-finished product having a perimeter edge ; - an interposition step of a polyurethane type adhesive between said intermediate layer and said first panel and second panel by hot dispensing of said adhesive on the surfaces of said first and second panels which are adapted to be associated with said intermediate layer or by hot dispensing of said adhesive on the surfaces of said intermediate layer which are adapted to be associated with said first panel and second panel ; and - a cold shaping step (Z) of the semi-finished product for obtaining a curved component ; characterized by the fact that it comprises a spraying step (H) of a water-based auxiliary substance between said intermediate layer and at least one of said first panel and said second panel , subsequent to said interposition of said adhesive, said water-based auxiliary substance interacting with the polyurethane adhesive, speeding up its setting. - an overlapping step (S) of a first panel of wooden, plastic or metal material, of at least one intermediate separating layer and of a second panel of wooden, plastic or metal material for obtaining a flat semi-finished product having a perimeter edge ; - an interposition step of a polyurethane type adhesive between said intermediate layer and said first panel and second panel by hot dispensing of said adhesive on the surfaces of said first and second panels which are adapted to be associated with said intermediate layer or by hot dispensing of said adhesive on the surfaces of said intermediate layer which are adapted to be associated with said first panel and second panel ; and - a cold shaping step (Z) of the semi-finished product for obtaining a curved component ;
A rechargeable battery, comprising: a positive electrode substrate layer (811; 911); a positive electrode active material layer (812; 912) disposed adjacent to the positive electrode substrate layer (811; 911); a negative electrode substrate layer (821; 921); a negative electrode active material layer (822; 922) disposed adjacent to the negative electrode substrate layer (821; 921); a separator (830; 930) disposed between the positive electrode active material layer (812; 912) and the negative electrode active material layer (822; 922); and a shape variable layer (813; 913) disposed between the positive electrode substrate and the positive electrode active material layer or between the negative electrode substrate and the negative electrode active material layer ; wherein the shape variable layer (813; 913) is configured to regulate current between the positive or negative electrode substrate layer (811; 921) and the positive or negative electrode active material layer (812; 922) at a temperature greater than or equal to a pre-determined temperature; and characterized in that the rechargeable battery is a roll-type battery comprising a flat region and a bent region , wherein the shape variable layer (813; 913) has a first pattern having a first inter-pattern distance in the flat region and a second pattern different from the first pattern in the bent region , said second pattern having a second inter-pattern distance narrower than the first inter-pattern distance. a positive electrode substrate layer (811; 911); a positive electrode active material layer (812; 912) disposed adjacent to the positive electrode substrate layer (811; 911); a negative electrode substrate layer (821; 921); a negative electrode active material layer (822; 922) disposed adjacent to the negative electrode substrate layer (821; 921); a separator (830; 930) disposed between the positive electrode active material layer (812; 912) and the negative electrode active material layer (822; 922); and a shape variable layer (813; 913) disposed between the positive electrode substrate and the positive electrode active material layer or between the negative electrode substrate and the negative electrode active material layer ; wherein the shape variable layer (813; 913) is configured to regulate current between the positive or negative electrode substrate layer (811; 921) and the positive or negative electrode active material layer (812; 922) at a temperature greater than or equal to a pre-determined temperature; and characterized in that the rechargeable battery is a roll-type battery comprising a flat region and a bent region , wherein the shape variable layer (813; 913) has a first pattern having a first inter-pattern distance in the flat region and a second pattern different from the first pattern in the bent region , said second pattern having a second inter-pattern distance narrower than the first inter-pattern distance.
An anti-resonant panel comprising: a base panel comprising a base panel core material and two base panel face sheets , each of the two base panel face sheets adjacent to an opposite side of the base panel core material; and at least one stiffener-member added to the base panel in a defined area of the base panel, the defined area being less than a full area of the base panel, wherein the at least one stiffener-member comprises a stiffener-member core material and two stiffener-member face sheets , the stiffener-member face sheets are each adjacent to an opposite side of the stiffener-member core material, characterized in that the anti-resonant panel further comprises a perimeter-type stiffener-member disposed along one or more edges of the at least one stiffener-member . a base panel comprising a base panel core material and two base panel face sheets , each of the two base panel face sheets adjacent to an opposite side of the base panel core material; and at least one stiffener-member added to the base panel in a defined area of the base panel, the defined area being less than a full area of the base panel, wherein the at least one stiffener-member comprises a stiffener-member core material and two stiffener-member face sheets , the stiffener-member face sheets are each adjacent to an opposite side of the stiffener-member core material, characterized in that the anti-resonant panel further comprises a perimeter-type stiffener-member disposed along one or more edges of the at least one stiffener-member .
Method for producing a needle punch carpet having a velourized and more wear-resistant surface, in which the bulky unstable sheet is needled and velourized by a carding belt in the needling unit, characterized in that a.) the fiber working weight is from 240 to 600 g/m 2 , b.) the stitch-out side has a penetration depth of from 2 to 13 mm, c.) only a needle unit with needles is used in which the notches are arranged in different heights and numbers, d.) the needle density is at least 9000/m 2 and e.) the stitch density is from 200 to 750 stitches/cm 2 , wherein before being subjected to a drying/cross-linking process, the carpet is coated with a mixture of wax and polymer dispersion on the stitch-out side. a.) the fiber working weight is from 240 to 600 g/m 2 , b.) the stitch-out side has a penetration depth of from 2 to 13 mm, c.) only a needle unit with needles is used in which the notches are arranged in different heights and numbers, d.) the needle density is at least 9000/m 2 and e.) the stitch density is from 200 to 750 stitches/cm 2 ,
An electrode assembly comprising: a positive electrode composed of a positive electrode current collector, a positive electrode active material layer, and a porous coating layer stacked in a sequential order; and a negative electrode composed of a negative electrode current collector, a negative electrode active material layer, and a porous coating layer stacked in a sequential order, characterized in that one of the porous coating layer at the positive electrode and the porous coating layer at the negative electrode is an organic porous coating layer, and the other is an inorganic porous coating layer, and wherein the organic porous coating layer is free of inorganic particles and includes spherical particles formed from at least one selected from the group consisting of high density polyethylene, low density polyethylene, linear low density polyethylene, polypropylene, high crystalline polypropylene, polyethylene-propylene copolymer, polyethylene-butylene copolymer, polyethylene-hexene copolymer, polyethylene-octene copolymer, polystyrene-butylene-styrene copolymer, polystyrene-ethylene-butylene-styrene copolymer, polystyrene, polyphenylene oxide, polysulfone, polycarbonate, polyester, polyamide, polyurethane, polyacrylate, polyvinylidene chloride, polysiloxane, polyolefin ionomer, polymethyl pentene, hydrogenated oligocyclopentadiene (HOCP), and their derivatives, the organic porous coating layer and the inorganic porous coating layer face each other. a positive electrode composed of a positive electrode current collector, a positive electrode active material layer, and a porous coating layer stacked in a sequential order; and a negative electrode composed of a negative electrode current collector, a negative electrode active material layer, and a porous coating layer stacked in a sequential order, characterized in that one of the porous coating layer at the positive electrode and the porous coating layer at the negative electrode is an organic porous coating layer, and the other is an inorganic porous coating layer, and wherein the organic porous coating layer is free of inorganic particles and includes spherical particles formed from at least one selected from the group consisting of high density polyethylene, low density polyethylene, linear low density polyethylene, polypropylene, high crystalline polypropylene, polyethylene-propylene copolymer, polyethylene-butylene copolymer, polyethylene-hexene copolymer, polyethylene-octene copolymer, polystyrene-butylene-styrene copolymer, polystyrene-ethylene-butylene-styrene copolymer, polystyrene, polyphenylene oxide, polysulfone, polycarbonate, polyester, polyamide, polyurethane, polyacrylate, polyvinylidene chloride, polysiloxane, polyolefin ionomer, polymethyl pentene, hydrogenated oligocyclopentadiene (HOCP), and their derivatives, the organic porous coating layer and the inorganic porous coating layer face each other.
Sensing element for a locking core of a locking cylinder for sensing the presence of an undercut profile rib of a key inserted into a locking channel of the locking core , comprising a main body having an inner face which, when used in a locking core , points toward the locking channel , and having an outer face which, when used in a locking core , is designed for contacting a housing pin and/or a cylinder wall of a cylinder hole of a surrounding cylinder housing , at least one sensing projection projecting from the inner face and being provided for contacting a key portion of a key inserted into the locking channel , characterized in that the main body has a core pin receptacle designed as a through-opening in order to receive a core pin of the locking cylinder when used in a locking cylinder . a main body having an inner face which, when used in a locking core , points toward the locking channel , and having an outer face which, when used in a locking core , is designed for contacting a housing pin and/or a cylinder wall of a cylinder hole of a surrounding cylinder housing , at least one sensing projection projecting from the inner face and being provided for contacting a key portion of a key inserted into the locking channel , characterized in that the main body has a core pin receptacle designed as a through-opening in order to receive a core pin of the locking cylinder when used in a locking cylinder .
Method for following an audiovisual programme between at least a first and a second broadcasting apparatus which are connected via a router and able to at least partially broadcast the audiovisual programme, characterized in that the broadcasting apparatuses communicate with one another and share audio/video data streams and events, each of the broadcasting apparatuses comprising a computing processor, a memory and at least one interface for following a connected device associated with a user and in that the method comprises the following operations: - the first broadcasting apparatus detecting that the connected device is receding from said first broadcasting apparatus, - the first broadcasting apparatus sending a recession message to all the broadcasting apparatuses connected to the router, this recession message comprising a datum for delaying the audiovisual programme, - each of the broadcasting apparatuses connected to the router checking whether the connected device is approaching, - the second broadcasting apparatus detecting that the connected device associated with the user is approaching, - the second broadcasting apparatus broadcasting the audiovisual programme in accordance with the delay datum transmitted by the first broadcasting apparatus in the recession message , and - the second broadcasting apparatus transmitting an acknowledgement message to all the broadcasting apparatuses. - the first broadcasting apparatus detecting that the connected device is receding from said first broadcasting apparatus, - the first broadcasting apparatus sending a recession message to all the broadcasting apparatuses connected to the router, this recession message comprising a datum for delaying the audiovisual programme, - each of the broadcasting apparatuses connected to the router checking whether the connected device is approaching, - the second broadcasting apparatus detecting that the connected device associated with the user is approaching, - the second broadcasting apparatus broadcasting the audiovisual programme in accordance with the delay datum transmitted by the first broadcasting apparatus in the recession message , and - the second broadcasting apparatus transmitting an acknowledgement message to all the broadcasting apparatuses.
A mobile station (116; 202-208) for use in a wireless network, wherein the mobile station is configured to transmit feedback values on a physical uplink control channel, PUCCH to a base station (102, 103; 220) of the wireless network, wherein the mobile station (116; 202-208) is configured to transmit to the base station (102, 103; 220) a wideband first precoder matrix index, PMI, in a first subframe of the PUCCH and a subband second PMI associated with a particular subband and a subband channel quality indicator, CQI, value associated with the particular subband together in a second subframe of the PUCCH, wherein the wideband first PMI and the subband second PMI indicate a precoding matrix in a PUCCH codebook, and wherein the PUCCH codebook is a subset-restriced codebook based on a physical uplink shared channel, PUSCH, codebook which is associated with PMI values transmitted on PUSCH.
A terminal comprising: circuitry which, in operation, generates a first random access preamble; and a transmitter which, in operation, transmits the first random access preamble to a base station on a first physical random access channel, PRACH, occasion, RO, among a first plurality of RO candidates, the first plurality of RO candidates being determined based on PRACH configuration information received from the base station, wherein the first RO is assigned within a first frequency region, the first frequency region being equal to a first sub-band in which a listen before talk, LBT, procedure is performed at the terminal, wherein the first plurality of RO candidates are associated with a first synchronization signal block, SSB, received from the base station, characterized in that the first plurality of ROs candidates are determined based on a SSB to RO correspondence for the first frequency region and a second frequency region, the second frequency region being equal to a second sub-band in which a LBT procedure is performed at the terminal, wherein the first plurality of RO candidates associated with the first SSB are: distributed across the first frequency region and the second frequency region, and distributed across time instances. circuitry which, in operation, generates a first random access preamble; and a transmitter which, in operation, transmits the first random access preamble to a base station on a first physical random access channel, PRACH, occasion, RO, among a first plurality of RO candidates, the first plurality of RO candidates being determined based on PRACH configuration information received from the base station, wherein the first RO is assigned within a first frequency region, the first frequency region being equal to a first sub-band in which a listen before talk, LBT, procedure is performed at the terminal, wherein the first plurality of RO candidates are associated with a first synchronization signal block, SSB, received from the base station, characterized in that the first plurality of ROs candidates are determined based on a SSB to RO correspondence for the first frequency region and a second frequency region, the second frequency region being equal to a second sub-band in which a LBT procedure is performed at the terminal, wherein the first plurality of RO candidates associated with the first SSB are: distributed across the first frequency region and the second frequency region, and distributed across time instances. distributed across the first frequency region and the second frequency region, and distributed across time instances.
An isolated polynucleotide, wherein the polynucleotide consists of SEQ ID NO:7, and wherein at least one internucleotide linkage is a phosphorothioate linkage.