mhurhangee/patent-ind-claim-en huggingface dataset:
A mobile boration apparatus capable of providing nuclear reactor systems with borated coolant that can mix components on-site, to provide borated water, the mobile boration apparatus comprising: a) a water source supplying water; b) a source for providing a boric acid powder or other water soluble boron compound; c) an insulated chamber , wherein the insulated chamber is at a high temperature when operating, the insulated chamber comprising at least one dissolution tank , each surrounded by a heater , and arranged for metered mixing of the water and the boric acid powder or the other water soluble boron compound to provide a slurry, which slurry during continued agitation dissolves to provide a hot boric acid or borated solution at a desired high concentration and at an air entrainment of less than 1 volume %; d) a dilution tank , located outside of the insulated chamber, wherein the hot boric acid or borated solution and a cold dilution stream are mixed to provide a diluted boric acid or borated solution; e) a hot stream conduit connecting the dissolution tank and the dilution tank for conveying the hot boric acid or borated solution to the dilution tank ; f) a dilution stream conduit connecting the cold dilution stream to the dilution tank for conveying the cold dilution stream to the dilution tank ; and g) a diluted boric acid output connected to an exit port on the dilution tank for conveying diluted boric acid or borated solution to a nuclear reactor system. a) a water source supplying water; b) a source for providing a boric acid powder or other water soluble boron compound; c) an insulated chamber , wherein the insulated chamber is at a high temperature when operating, the insulated chamber comprising at least one dissolution tank , each surrounded by a heater , and arranged for metered mixing of the water and the boric acid powder or the other water soluble boron compound to provide a slurry, which slurry during continued agitation dissolves to provide a hot boric acid or borated solution at a desired high concentration and at an air entrainment of less than 1 volume %; d) a dilution tank , located outside of the insulated chamber, wherein the hot boric acid or borated solution and a cold dilution stream are mixed to provide a diluted boric acid or borated solution; e) a hot stream conduit connecting the dissolution tank and the dilution tank for conveying the hot boric acid or borated solution to the dilution tank ; f) a dilution stream conduit connecting the cold dilution stream to the dilution tank for conveying the cold dilution stream to the dilution tank ; and g) a diluted boric acid output connected to an exit port on the dilution tank for conveying diluted boric acid or borated solution to a nuclear reactor system.
A method for enabling an autonomous driving mode for a mixed-mode vehicle configured to switch between a manual driving mode and an autonomous driving mode, the method comprising: - (S1) determining if a geographical position of the vehicle is within a predetermined launch area (LA), - (S2) determining if a vehicle user is present aboard the vehicle or not, - (S3) enabling the autonomous driving mode when at least the two following conditions are determined: the geographical position of the vehicle is within the predetermined launch area and a vehicle user is not present aboard the vehicle, wherein the method further comprises: - (S4) receiving a signal indicative of an autonomous driving mission, - (S7) initiating the autonomous driving mission when also the autonomous driving mode is enabled, characterized in that the method further comprises: - (S5) determining if a load is connected to the vehicle and/or provided on the vehicle in accordance with a condition given by the autonomous driving mission, and - (S7) initiating the autonomous driving mission when it is also determined that the load is connected to the vehicle and/or provided on the vehicle. - (S1) determining if a geographical position of the vehicle is within a predetermined launch area (LA), - (S2) determining if a vehicle user is present aboard the vehicle or not, - (S3) enabling the autonomous driving mode when at least the two following conditions are determined: the geographical position of the vehicle is within the predetermined launch area and a vehicle user is not present aboard the vehicle, wherein the method further comprises: - (S4) receiving a signal indicative of an autonomous driving mission, - (S7) initiating the autonomous driving mission when also the autonomous driving mode is enabled, characterized in that the method further comprises: - (S5) determining if a load is connected to the vehicle and/or provided on the vehicle in accordance with a condition given by the autonomous driving mission, and - (S7) initiating the autonomous driving mission when it is also determined that the load is connected to the vehicle and/or provided on the vehicle.
A method for guiding a plurality of persons to at least one destination: receiving at least one destination from a plurality of persons ; receiving a current location for each person in the plurality of persons ; computing a route for each person in said plurality of persons ; determining a need for at least one service request to at least one facility located on the route computed for each person in said plurality of persons; and sending at least one service request to at least one facility in accordance with said determined : needs for at least one service request , characterized in that sending said at least one service request to at least one facility includes combining information from all the computed routes having a common point on which said at least one facility is located, wherein sending said at least one service request to at least one facility further includes sending a call for an elevator and said call for an elevator is a group call . receiving at least one destination from a plurality of persons ; receiving a current location for each person in the plurality of persons ; computing a route for each person in said plurality of persons ; determining a need for at least one service request to at least one facility located on the route computed for each person in said plurality of persons; and sending at least one service request to at least one facility in accordance with said determined : needs for at least one service request , characterized in that sending said at least one service request to at least one facility includes combining information from all the computed routes having a common point on which said at least one facility is located, wherein sending said at least one service request to at least one facility further includes sending a call for an elevator and said call for an elevator is a group call .
Current discharge system for a shading installation, in particular for a Venetian blind or for a slatted blind, at least having a plurality of slats having photovoltaic elements for power generation, wherein at least one busbar is provided, which passes through recesses in the slats and electrically conductively connects said slats to one another in order to discharge the current generated in the photovoltaic elements , wherein sliding contacts, which are electrically conductively connected to the photovoltaic elements , are arranged in the recesses of the slats , and wherein the sliding contacts are formed as at least one electrically conductive contact pin and an electrically insulating insert is formed in the recesses , characterized in that in each case at least two slats (7.1, 7.2, 7.3) are electrically connected to one another in series repeatedly to form a respective set of slats, wherein the connecting points between the slats (7.1 to 7.2 and 7.2 to 7.3) are electrically coupled to one another in parallel via a respective busbar (4.z).
An electronic device comprising: a housing comprising a first body and a second body ; a flexible display disposed such that at least a portion of the flexible display is exposed through a first surface of the housing; a multi-link cover connected to the first body and the second body, and comprising a plurality of joint parts (331a-331g) pivotably coupled to each other; and at least one hinge structure , at least a portion of which is located in an interior of the multi-link cover and foldably connecting the first body and the second body, wherein the multi-link cover has a height that is substantially the same as heights of the first body and the second body, and characterised in that the plurality of joint parts (331a-331g) are connected to each other by shafts (333a-333f) to pivot around the shafts, the shafts being alternately spaced transversely apart from each other by a distance so as to be disposed to cross each other. a housing comprising a first body and a second body ; a flexible display disposed such that at least a portion of the flexible display is exposed through a first surface of the housing; a multi-link cover connected to the first body and the second body, and comprising a plurality of joint parts (331a-331g) pivotably coupled to each other; and at least one hinge structure , at least a portion of which is located in an interior of the multi-link cover and foldably connecting the first body and the second body, wherein the multi-link cover has a height that is substantially the same as heights of the first body and the second body, and characterised in that the plurality of joint parts (331a-331g) are connected to each other by shafts (333a-333f) to pivot around the shafts, the shafts being alternately spaced transversely apart from each other by a distance so as to be disposed to cross each other.
A process for increasing the dissolution rate of a sparingly water soluble compound selected from the group consisting of a flavor and a taste modifier in water comprising: a. mixing the compound and a highly water soluble second compound in a water based solution to form a solution or dispersion of the compound; and b. drying the solution or dispersion to form a solid dispersion of the compound wherein the compound has an increased dissolution rate in water as compared to the compound when dissolved in water alone, wherein the sparingly soluble compound is a compound of Formula (II): in the form of any one of its stereoisomers or a mixture thereof, and wherein each of R 3 or R 4 , taken independently from each other, represents a hydrogen atom or represents a R 5 or OR 5 group, R 5 representing a C 1 to C 5 , or even a C 1 to C 3 alkyl group; and wherein the second compound is an amino acid; wherein the water based solution comprises a water ethanol mixture; wherein the ratio of the sparingly soluble compound to the second compound, by weight, is from 1:10 to 1:1; wherein in step b), the solution or dispersion is spray dried to form the solid dispersion as solid particles. a. mixing the compound and a highly water soluble second compound in a water based solution to form a solution or dispersion of the compound; and b. drying the solution or dispersion to form a solid dispersion of the compound wherein the compound has an increased dissolution rate in water as compared to the compound when dissolved in water alone, in the form of any one of its stereoisomers or a mixture thereof, and wherein each of R 3 or R 4 , taken independently from each other, represents a hydrogen atom or represents a R 5 or OR 5 group, R 5 representing a C 1 to C 5 , or even a C 1 to C 3 alkyl group; and wherein the second compound is an amino acid; wherein the water based solution comprises a water ethanol mixture; wherein the ratio of the sparingly soluble compound to the second compound, by weight, is from 1:10 to 1:1; wherein in step b), the solution or dispersion is spray dried to form the solid dispersion as solid particles.
An automated hand comprising: a. a palm ; b. two or more digits extending from the palm ; and c. one or more motors configured to cause at least one of the digits to move; d. a wrist joint configured to attach the palm to a lower arm member comprising a sleeve; characterized in that e. the wrist joint is configured to form a watertight attachment to the sleeve and the automated hand is configured to operate when submerged in water. a. a palm ; b. two or more digits extending from the palm ; and c. one or more motors configured to cause at least one of the digits to move; d. a wrist joint configured to attach the palm to a lower arm member comprising a sleeve; characterized in that e. the wrist joint is configured to form a watertight attachment to the sleeve and the automated hand is configured to operate when submerged in water.
A method, comprising: receiving from an orchestrator element for a new Virtual Routing and Forwarding element, VRF, created in a communications network a name of the VRF and interconnect identification; selecting border elements for the VRF, wherein the selected border elements comprise a border leaf node/ Data Center Interconnect, DCI, node pair; creating in a database VRF entries for the selected border elements, comprising creating an entry for each node of the border leaf node/DCI node pair, wherein each of the entries identifies a configuration profile for a respective one of the nodes of the border leaf node/DCI node pair; forwarding a VRF create notification to the selected border elements; and providing the configuration profiles from the corresponding entries to the selected border elements in response to a query to the database from the selected border elements, the providing comprising providing the respective configuration profile to each of the nodes of the border leaf node/DCI node pair; wherein the selected border elements apply the configuration profiles automatically to configure the selected border elements. receiving from an orchestrator element for a new Virtual Routing and Forwarding element, VRF, created in a communications network a name of the VRF and interconnect identification; selecting border elements for the VRF, wherein the selected border elements comprise a border leaf node/ Data Center Interconnect, DCI, node pair; creating in a database VRF entries for the selected border elements, comprising creating an entry for each node of the border leaf node/DCI node pair, wherein each of the entries identifies a configuration profile for a respective one of the nodes of the border leaf node/DCI node pair; forwarding a VRF create notification to the selected border elements; and providing the configuration profiles from the corresponding entries to the selected border elements in response to a query to the database from the selected border elements, the providing comprising providing the respective configuration profile to each of the nodes of the border leaf node/DCI node pair; wherein the selected border elements apply the configuration profiles automatically to configure the selected border elements.
A cell culture vessel comprising a bottom and a side wall, wherein at least one microwell for containing a cell is disposed on the bottom, the microwell has a bottom surface, a side surface, and an opening, and a convex-concave structure is formed on the side surface of the microwell, wherein a height of the convex part with respect to the concave part is 5 μm or more.
An antiseptic solution comprising: about 0.0001 % w/v to about 2.0% w/v of a cationic antiseptic agent comprising a chlorhexidine salt; a film forming polymer comprising an acrylate polymer or copolymer; an anionic tinting agent; and a solvent comprising about 70% v/v isopropyl alcohol. about 0.0001 % w/v to about 2.0% w/v of a cationic antiseptic agent comprising a chlorhexidine salt; a film forming polymer comprising an acrylate polymer or copolymer; an anionic tinting agent; and a solvent comprising about 70% v/v isopropyl alcohol.
Valve comprising a body delimiting an internal fluid withdrawal and possibly fluid filling circuit , the said internal circuit extending between an upstream end intended to be placed in communication with the storage volume of a tank and a downstream end intended to be connected to a user member withdrawing or distributing pressurized fluid via the internal circuit , the valve comprising, placed in series from upstream to downstream in the internal circuit between the upstream end and the downstream end : an upstream valve shutter , an isolation valve shutter and a dust valve shutter , the dust valve shutter being able to move relative to the body between a position in which the upstream end of the circuit is closed and at least two distinct open positions, when the dust valve shutter is in the closed position, the isolation valve shutter and the upstream valve shutter being in respective positions in which the circuit is closed, in the at least two respective distinct open positions of the dust valve shutter , either only the isolation valve shutter being in a position in which the circuit is open or, respectively, the isolation valve shutter and the upstream valve shutter being in positions in which the circuit is open, characterized in that the valve comprises a calibrated orifice defining a determined opening allowing gas to pass between upstream and downstream of the upstream valve shutter when the latter is in its position in which the circuit is closed, said determined opening of the calibrated orifice being smaller than the opening produced when the upstream valve shutter is in its position in which the circuit is open.
A method for operating a user interface of a conference call in a portable terminal , the method comprising: displaying a first image , a second image and a party image on a conference call screen of a display unit of the portable terminal , the first image , the second image and the party image being arranged so as to not overlap; displaying a speaking person's image distinguishably from another person's image, when the speaking person's image is detected based on information extracted from the images displayed on the conference call screen; extracting an image part of the speaking person's image; and displaying additionally the extracted image part on a portion of the conference call screen ; wherein the first image is obtained from a first camera of the portable terminal , the second image is obtained from a second camera of the portable terminal , and the other-party image is obtained from another party's terminal. displaying a first image , a second image and a party image on a conference call screen of a display unit of the portable terminal , the first image , the second image and the party image being arranged so as to not overlap; displaying a speaking person's image distinguishably from another person's image, when the speaking person's image is detected based on information extracted from the images displayed on the conference call screen; extracting an image part of the speaking person's image; and displaying additionally the extracted image part on a portion of the conference call screen ; wherein the first image is obtained from a first camera of the portable terminal , the second image is obtained from a second camera of the portable terminal , and the other-party image is obtained from another party's terminal.
Device for sorting crawling insects, or insects that are primarily crawling insects, comprising a support structure and: - a belt conveyor having an upper surface and a lower surface formed by the belt of the conveyor , the belt of the conveyor comprising an outside face having a structure configured for the attachment of the insects' legs - a driving device configured to drive the belt of the conveyor , such that on operation of the conveyor the belt runs on the upper surface of a first end towards a second end of the conveyor where the belt is turned over to pass on the lower surface of the conveyor on which it runs from the second end towards the first end where the belt is turned over to pass again on the upper surface. , the device enabling the deposit of a mixture comprising insects on the upper surface of the belt conveyor , such that on turning over of the belt at the location of the second end , all or some of the insects remain attached to the belt while the rest of the mixture falls by gravity, - a device for separating the insects making it possible to detach the insects attached to the lower surface of the conveyor , characterized in that , as the upper surface of the conveyor being substantially flat and horizontal over a majority of its length between the first end and the second end , said upper surface of the conveyor comprises an end portion , adjacent the second end , having a downward inclination (α), comprised between 20° and 90° relative to the rest of the upper surface of the conveyor . - a belt conveyor having an upper surface and a lower surface formed by the belt of the conveyor , the belt of the conveyor comprising an outside face having a structure configured for the attachment of the insects' legs - a driving device configured to drive the belt of the conveyor , such that on operation of the conveyor the belt runs on the upper surface of a first end towards a second end of the conveyor where the belt is turned over to pass on the lower surface of the conveyor on which it runs from the second end towards the first end where the belt is turned over to pass again on the upper surface. , the device enabling the deposit of a mixture comprising insects on the upper surface of the belt conveyor , such that on turning over of the belt at the location of the second end , all or some of the insects remain attached to the belt while the rest of the mixture falls by gravity, - a device for separating the insects making it possible to detach the insects attached to the lower surface of the conveyor ,
An electrically insulated trellis for forming a working platform and comprising: a first array of parallel tubular members ; and a second array of parallel tubular members , each of the second array of parallel tubular members being pivotably connected to a plurality of the first array of parallel tubular members whereby to form a trellis, characterized in that each of the tubular members is formed from glass-reinforced polymer, and in that a first set of fibres in the glass-reinforced polymer are substantially parallel and aligned in a first direction and a second set of fibres in the glass-reinforced polymer, distinct from the first set, are substantially parallel and aligned in a second direction different to the first direction. a first array of parallel tubular members ; and a second array of parallel tubular members , each of the second array of parallel tubular members being pivotably connected to a plurality of the first array of parallel tubular members whereby to form a trellis, each of the tubular members is formed from glass-reinforced polymer, and in that a first set of fibres in the glass-reinforced polymer are substantially parallel and aligned in a first direction and a second set of fibres in the glass-reinforced polymer, distinct from the first set, are substantially parallel and aligned in a second direction different to the first direction.