mhurhangee/patent-ind-claim-en huggingface dataset:
Information handling apparatus in which first textual metadata is generated in respect of a current information item by reference to an ensemble of information items having respective associated textual metadata , said respective associated textual metadata in turn having corresponding indicator data representing a degree of trust associated with that respective associated textual metadata, the apparatus comprising: means for detecting one or more predetermined properties of the current information item; means for selecting a subset of information items from the ensemble of information items, the subset being a predetermined number of information items which have the one or more predetermined properties most similar to those of the current information item; means for associating with the current information item first textual metadata generated from textual metadata respectively associated with one or more of the subset of information items for which the corresponding associated degree of trust is not below a predetermined threshold, wherein the generated first textual metadata associated with the current information item is allocated indicator data representing a relative degree of trust in the association of that first textual metadata and the current information item, the relative degree of trust being dependent on the degree of trust of the textual metadata associated with an information item in the subset; and means for detecting user interaction with the apparatus which is relevant to the current information item and its associated first textual metadata, and for altering the indicator data associated with the first textual metadata in response to such user interaction. means for detecting one or more predetermined properties of the current information item; means for selecting a subset of information items from the ensemble of information items, the subset being a predetermined number of information items which have the one or more predetermined properties most similar to those of the current information item; means for associating with the current information item first textual metadata generated from textual metadata respectively associated with one or more of the subset of information items for which the corresponding associated degree of trust is not below a predetermined threshold, wherein the generated first textual metadata associated with the current information item is allocated indicator data representing a relative degree of trust in the association of that first textual metadata and the current information item, the relative degree of trust being dependent on the degree of trust of the textual metadata associated with an information item in the subset; and means for detecting user interaction with the apparatus which is relevant to the current information item and its associated first textual metadata, and for altering the indicator data associated with the first textual metadata in response to such user interaction.
Use of a liquid formulation in an electronic beehive smoker for vapour cloud generation, said formulation comprising: - a solvent comprising, or consisting of, a mixture of propane-1,3-diol and glycerol, and - at least volatile organic liquid. - a solvent comprising, or consisting of, a mixture of propane-1,3-diol and glycerol, and - at least volatile organic liquid.
Method for managing a cloud computing system , able to allocate computing and network resources (RESS) to a plurality of clients (CL1,...,CLN), each client (CLn) being associated with at least one user likely to access the computing and network resources allocated to the client by the cloud computing system, said method being performed by said cloud computing system and comprising, for each client of the cloud computing system: - a step (E20) of providing, to said client, via a control interface common to said plurality of clients , a single meta-model (META) common to all of said clients and that generically defines a plurality of elements enabling each of said clients to define an access control model and an access control policy specific to this client in order to control access to the resources allocated thereto; - a step (E40) of receiving, via said control interface , an instance of the meta-model provided by the client, said instance defining, for said client, an access control model selected by said client and an access control policy selected by said client and based on this access control model; and - a step (E50) of applying said access control policy in order to control access for a user of the client to at least one resource allocated to the client by the cloud computing system. - a step (E20) of providing, to said client, via a control interface common to said plurality of clients , a single meta-model (META) common to all of said clients and that generically defines a plurality of elements enabling each of said clients to define an access control model and an access control policy specific to this client in order to control access to the resources allocated thereto; - a step (E40) of receiving, via said control interface , an instance of the meta-model provided by the client, said instance defining, for said client, an access control model selected by said client and an access control policy selected by said client and based on this access control model; and - a step (E50) of applying said access control policy in order to control access for a user of the client to at least one resource allocated to the client by the cloud computing system.
A method for manufacturing a composite product comprising a fibrous material and a polymer material, wherein the fibrous material comprises natural fibers, wherein the polymer material is a thermoplastic material, and wherein the composite product is a sheet, formed by wet web formation, wherein said method comprises the steps of; - mixing said fibrous material and said polymer material and a liquid to form a suspension; - transporting said suspension to a head-box, wherein the consistency of the suspension in the head-box is from 2.0 to 10 weight-%; - forming a web on wires; - removing liquid from said web, to form said composite product, wherein both forming and initial dewatering is accomplished in a double wire press, characterized in that the composite product further comprises at least one additive selected from the group of starch, fillers, surface-active agents, retention agents, dispersing agents, anti-foam agents, coupling agents, stabilizing agents, lubricants, flame retardants and mixtures thereof, wherein the at least one additive is provided in emulsion form, and that the emulsion is precipitated on the fibers by addition of an agent that destabilizes the emulsion before said fibrous material is mixed with said polymer material. - mixing said fibrous material and said polymer material and a liquid to form a suspension; - transporting said suspension to a head-box, wherein the consistency of the suspension in the head-box is from 2.0 to 10 weight-%; - forming a web on wires; - removing liquid from said web, to form said composite product,
A system, comprises: an array position sensing detector , the array position sensing detector , including an array of lateral effect position sensing detector elements and a summing amplifier ; characterized in that each lateral effect position sensing detector element produces an output coupled with the summing amplifier through a switch ; where each lateral effect position sensing detector element is coupled with a threshold detecting circuit , the threshold detecting circuit configured to determine whether a photocurrent generated in the lateral effect position sensing detector element exceeds a threshold set-point value, where an output of the threshold detecting circuit is coupled with and controls a state of the switch for the lateral effect position sensing detector element . an array position sensing detector , the array position sensing detector , including an array of lateral effect position sensing detector elements and a summing amplifier ; characterized in that each lateral effect position sensing detector element produces an output coupled with the summing amplifier through a switch ; where each lateral effect position sensing detector element is coupled with a threshold detecting circuit , the threshold detecting circuit configured to determine whether a photocurrent generated in the lateral effect position sensing detector element exceeds a threshold set-point value, where an output of the threshold detecting circuit is coupled with and controls a state of the switch for the lateral effect position sensing detector element .
A fusion protein comprising a DNA-binding domain that binds specifically to a preselected target sequence that is within 250 bp of a CpG diresidue in a mammalian cell, wherein the DNA-binding domain is or comprises an engineered zinc finger; and a catalytic domain comprising a sequence that catalyzes demethylation of cytosines in DNA, wherein the sequence comprises amino acids 1580-2052 of Tet1 (SEQ ID NO: 2), wherein the fusion protein binds to the target sequence and reduces methylation of the CpG diresidue. a DNA-binding domain that binds specifically to a preselected target sequence that is within 250 bp of a CpG diresidue in a mammalian cell, wherein the DNA-binding domain is or comprises an engineered zinc finger; and a catalytic domain comprising a sequence that catalyzes demethylation of cytosines in DNA, wherein the sequence comprises amino acids 1580-2052 of Tet1 (SEQ ID NO: 2), wherein the fusion protein binds to the target sequence and reduces methylation of the CpG diresidue.
Equipment storage device, in particular a drawer cabinet , which has a body or a frame for receiving a plurality of drawers for storing tools, measuring equipment, workpieces and other means of production, wherein the at least one drawer, preferably a plurality of drawers , can be pulled in and out of the body or frame, for this purpose, each of the drawers is provided with a drawer pull-out device, the respective drawer pull-out device being provided on each of the two sides of the respective drawer with a guide track and at least one guide element guided by the guide track, the respective guide track being arranged on the body or frame and the at least one guide element being arranged on the respective drawer, or vice versa, and is provided with an electrical power supply device and a communication device, with which electrical loads arranged on or in a drawer can be supplied with electrical power and with which signals from a control system arranged outside the respective drawer, preferably a central control system for the equipment storage device, can be exchanged, characterized by at least one power and/or communication transmission means on the body side, which is arranged fixedly on the body in each case and is located opposite one of the extendable drawers in relation to a vertical position of this drawer, and by a power and/or communication receiving means which is located on the at least one drawer, the power and/or communication transmission means of a drawer on the one hand and the power and/or communication receiving means of this drawer on the other hand being without mechanical contact with one another in all attainable positions of the drawer. for this purpose, each of the drawers is provided with a drawer pull-out device, the respective drawer pull-out device being provided on each of the two sides of the respective drawer with a guide track and at least one guide element guided by the guide track, the respective guide track being arranged on the body or frame and the at least one guide element being arranged on the respective drawer, or vice versa, and is provided with an electrical power supply device and a communication device, with which electrical loads arranged on or in a drawer can be supplied with electrical power and with which signals from a control system arranged outside the respective drawer, preferably a central control system for the equipment storage device, can be exchanged, characterized by at least one power and/or communication transmission means on the body side, which is arranged fixedly on the body in each case and is located opposite one of the extendable drawers in relation to a vertical position of this drawer, and by a power and/or communication receiving means which is located on the at least one drawer, the power and/or communication transmission means of a drawer on the one hand and the power and/or communication receiving means of this drawer on the other hand being without mechanical contact with one another in all attainable positions of the drawer.
An aircraft brake control system for controlling a plurality of brakeable wheels of a landing gear , each brakeable wheel comprising a brake actuator and a wheel speed sensor , wherein the system comprises: a controller configured to receive aircraft control parameters and provide brake commands to the brake actuator of each brakeable wheel, the controller being configured to: activate pre-retraction braking in response to an aircraft control parameter indicating that landing gear retraction is required; and execute a functional brake test during pre-retraction braking, the functional brake test comprising: issuing sequential brake commands to the brake actuators of at least a first and a second brakeable wheel to cause at least two of the brakeable wheels to be braked in sequence; and independently monitoring the wheel speed sensors of each brakeable wheel. activate pre-retraction braking in response to an aircraft control parameter indicating that landing gear retraction is required; and execute a functional brake test during pre-retraction braking, the functional brake test comprising: issuing sequential brake commands to the brake actuators of at least a first and a second brakeable wheel to cause at least two of the brakeable wheels to be braked in sequence; and independently monitoring the wheel speed sensors of each brakeable wheel. issuing sequential brake commands to the brake actuators of at least a first and a second brakeable wheel to cause at least two of the brakeable wheels to be braked in sequence; and independently monitoring the wheel speed sensors of each brakeable wheel.
A system comprising: an array of tubular structures for a flowing fluid environment , the array comprising: at least one tubular internal structure at a center position of the array; at least eight tubular external structures forming a periphery of the array; and vortex induced vibration suppression devices on at least two of the tubular structures , including vortex induced vibration suppression devices on at least two of the tubular external structures , wherein the tubular structures are coupled to each other at a plurality of locations along a length of the tubular structures, wherein at least one end of the tubular structures is for being connected to a floating vessel, characterized in that at least two of the tubular external structures comprise no vortex induced vibration (VIV) suppression devices, and in that the tubular external structures that have VIV suppression devices are substantially interspersed, interleaved, or otherwise staggered with the at least two of the tubular external structures that do not have VIV suppression devices coupled to them. at least one tubular internal structure at a center position of the array; at least eight tubular external structures forming a periphery of the array; and vortex induced vibration suppression devices on at least two of the tubular structures , including vortex induced vibration suppression devices on at least two of the tubular external structures , wherein the tubular structures are coupled to each other at a plurality of locations along a length of the tubular structures, wherein at least one end of the tubular structures is for being connected to a floating vessel, characterized in that at least two of the tubular external structures comprise no vortex induced vibration (VIV) suppression devices, and in that the tubular external structures that have VIV suppression devices are substantially interspersed, interleaved, or otherwise staggered with the at least two of the tubular external structures that do not have VIV suppression devices coupled to them.
A support system for a feeder cable used to provide power to an electric machine associated with a wing of an aircraft comprising: an attachment configured to attach to a structure within the wing; characterized by : a thermoelectric cooler having a heated side thermally disposed on the attachment and a cooled side ; a passage having an inner perimeter sized to receive the feeder cable and thermally connect to the cooled side, wherein the cooled side is thermally conductive with the inner perimeter at a thermal conductivity greater than 100 watts per meter-kelvin at one °C and the heated side is thermally conductive with the attachment and thereby the structure at the thermal conductivity; and an inductive coil disposed near the passage such that when alternating current is passing through the feeder cable, induced current is induced in the inductive coil that is used to energize the thermoelectric cooler. a thermoelectric cooler having a heated side thermally disposed on the attachment and a cooled side ; a passage having an inner perimeter sized to receive the feeder cable and thermally connect to the cooled side, wherein the cooled side is thermally conductive with the inner perimeter at a thermal conductivity greater than 100 watts per meter-kelvin at one °C and the heated side is thermally conductive with the attachment and thereby the structure at the thermal conductivity; and an inductive coil disposed near the passage such that when alternating current is passing through the feeder cable, induced current is induced in the inductive coil that is used to energize the thermoelectric cooler.
A method for controlling home devices connected through a network , the method comprising: displaying (S310) a virtual track on a display unit of a control device , the virtual track corresponding to a timeline including a start time and an end time of a video being displayed on the display unit by the control device ; displaying (S320) an indicator along the virtual track , the indicator indicating operation information of a home device connected to the control device through the network , the operation information comprising at least one of an operation start time and an operation end time of the home device , wherein the home device includes at least one of a washing machine , a microwave range , a robot vacuum cleaner , an electric oven , a dishwasher, an ice maker, an air conditioner, a lamp and a bicycle ergometer, wherein the indicator is movable along the virtual track based on at least one user input; controlling an operation mode of the home device on the basis of a user input applied to the indicator ; and controlling (S340) an operation time of the home device based on the location of the indicator along the virtual track, the operation time comprising at least one of the operation start time and the operation end time of the home device . displaying (S310) a virtual track on a display unit of a control device , the virtual track corresponding to a timeline including a start time and an end time of a video being displayed on the display unit by the control device ; displaying (S320) an indicator along the virtual track , the indicator indicating operation information of a home device connected to the control device through the network , the operation information comprising at least one of an operation start time and an operation end time of the home device , wherein the home device includes at least one of a washing machine , a microwave range , a robot vacuum cleaner , an electric oven , a dishwasher, an ice maker, an air conditioner, a lamp and a bicycle ergometer, wherein the indicator is movable along the virtual track based on at least one user input; controlling an operation mode of the home device on the basis of a user input applied to the indicator ; and controlling (S340) an operation time of the home device based on the location of the indicator along the virtual track, the operation time comprising at least one of the operation start time and the operation end time of the home device .
A producing method for a 4-isopropyl-3-methylphenol, characterized in that a 4-halogenated-3-methylphenol or a phenol derivative thereof is reacted with an isopropyl metal compound under presence of a catalyst and a solvent; the 4-halogenated-3-methylphenol is 4-bromo-3-methylphenol; the isopropyl metal compound is an isopropyl zinc bromide; and the phenol derivative is a compound in which the hydroxyl group of the 4-bromo-3-methylphenol is protected by a protecting group.
A plant growing cabinet comprising • a body , • at least one tray with a perforated base, suitable for placing therein a turf mixture enabling cultivated plants to grow, • at least one plant growth unit in which, during watering of the plants, nutrition liquid is transmitted into the unit , the liquid passing through perforations of the at least one tray placed in the unit , entering the tray and humidifying the turf mixture, • a lid placed on the tray , enabling forming the relative humidity conditions suitable for germination of plants by entrapping the liquid evaporating from the turf mixture in the volume in between itself and the tray , • at least one fan enabling air circulation in the body and • characterized by • at least one vent cover provided on the lid , enabling the user to adjust air flow rate therethrough by having an open position allowing air to pass therethrough and a closed position blocking air passage, • at least one imaging device positioned so as to view the lid from above, • a control unit to which visual data received from the imaging device is transmitted, comparing the transmitted data with the data saved in its memory by the producer, activating the fan upon determining condensation on the lid and controlling the fan speed. • a body , • at least one tray with a perforated base, suitable for placing therein a turf mixture enabling cultivated plants to grow, • at least one plant growth unit in which, during watering of the plants, nutrition liquid is transmitted into the unit , the liquid passing through perforations of the at least one tray placed in the unit , entering the tray and humidifying the turf mixture, • a lid placed on the tray , enabling forming the relative humidity conditions suitable for germination of plants by entrapping the liquid evaporating from the turf mixture in the volume in between itself and the tray , • at least one fan enabling air circulation in the body and • characterized by • at least one vent cover provided on the lid , enabling the user to adjust air flow rate therethrough by having an open position allowing air to pass therethrough and a closed position blocking air passage, • at least one imaging device positioned so as to view the lid from above, • a control unit to which visual data received from the imaging device is transmitted, comparing the transmitted data with the data saved in its memory by the producer, activating the fan upon determining condensation on the lid and controlling the fan speed.
An aqueous formulation, comprising from 10 mM to 55 mM arginine, from 1% to 3% sucrose (w/v), from 2% to 8% mannitol (w/v) and at least 5 mg/mL of a two-chain polypeptide comprising a first chain comprising the amino acid sequence of SEQ ID NO. 4, a second chain comprising the amino acid sequence of SEQ ID NO. 5, and a disulfide bond between a first Cysteine residue at position 98 (Cys98) of SEQ ID NO. 4 and a second Cysteine residue at position 108 (Cys108) of SEQ ID NO. 5, wherein the formulation has a pH from 7.5 to 8.