mhurhangee/patent-ind-claim-en huggingface dataset:
A method of making a battery, comprising: coating an electrolyte permeable separator with nanocarbons, functionalizing the nanocarbons with at least one functional group comprising a sulfonate, carboxylate, or tertiary amine to create a layer of functionalized nanocarbon particles on the coated electrolyte permeable separator ; exchanging the functional group on the functionalized nanocarbons with lithium ions to immobilize the lithium ions on the nanocarbons to form a lithium dendrite seeding material ; positioning the dendrite seeding material in an electrolyte solution disposed between a metal-containing electrode and the coated electrolyte permeable separator membrane ; electrically connecting the functionalized nanocarbon particles with a lithium-metal electrode growing metal dendrites from the lithium dendrite seeding material toward the lithium-containing electrode; and contacting metal dendrites extending from the metal containing electrode with metal dendrites extending from the metal dendrite seeding material; wherein the electrolyte contains metal ions. coating an electrolyte permeable separator with nanocarbons, functionalizing the nanocarbons with at least one functional group comprising a sulfonate, carboxylate, or tertiary amine to create a layer of functionalized nanocarbon particles on the coated electrolyte permeable separator ; exchanging the functional group on the functionalized nanocarbons with lithium ions to immobilize the lithium ions on the nanocarbons to form a lithium dendrite seeding material ; positioning the dendrite seeding material in an electrolyte solution disposed between a metal-containing electrode and the coated electrolyte permeable separator membrane ; electrically connecting the functionalized nanocarbon particles with a lithium-metal electrode growing metal dendrites from the lithium dendrite seeding material toward the lithium-containing electrode; and contacting metal dendrites extending from the metal containing electrode with metal dendrites extending from the metal dendrite seeding material; wherein the electrolyte contains metal ions.
A computer device , wherein the computer device comprises a central processing unit, CPU , a hardware acceleration unit , and a network adapter , wherein the network adapter is configured to receive, through remote direct memory access, RDMA, data on which hardware acceleration processing is to be performed; the network adapter is further configured to write the data on which hardware acceleration processing is to be performed to data storage space of shared hardware acceleration resources, wherein the hardware acceleration unit comprises the shared hardware acceleration resources, the shared hardware acceleration resources are allocated for use by another computer device and are adjusted dynamically, wherein the hardware acceleration unit is divided into multiple hardware logical units by hardware division with respect to hardware logic, each hardware logical unit is independent, and the shared hardware acceleration resource comprises one or more hardware logical units, and one or more hardware logical units are assigned to a requesting party for processing the data; and the hardware acceleration unit is configured to perform hardware acceleration processing on the data on which hardware acceleration processing is to be performed in the data storage space, to obtain data that is after the hardware acceleration processing, wherein the network adapter is further configured to send the data obtained after the hardware acceleration processing according to a next-hop destination address of the data obtained after the hardware acceleration processing. the network adapter is configured to receive, through remote direct memory access, RDMA, data on which hardware acceleration processing is to be performed; the network adapter is further configured to write the data on which hardware acceleration processing is to be performed to data storage space of shared hardware acceleration resources, wherein the hardware acceleration unit comprises the shared hardware acceleration resources, the shared hardware acceleration resources are allocated for use by another computer device and are adjusted dynamically, wherein the hardware acceleration unit is divided into multiple hardware logical units by hardware division with respect to hardware logic, each hardware logical unit is independent, and the shared hardware acceleration resource comprises one or more hardware logical units, and one or more hardware logical units are assigned to a requesting party for processing the data; and the hardware acceleration unit is configured to perform hardware acceleration processing on the data on which hardware acceleration processing is to be performed in the data storage space, to obtain data that is after the hardware acceleration processing, wherein the network adapter is further configured to send the data obtained after the hardware acceleration processing according to a next-hop destination address of the data obtained after the hardware acceleration processing.
A method of transmitting information within a synchronous area of an electric power grid , the electric power grid comprising one or more power devices arranged to provide electric current to and/or consume electric current from the electric power grid via respective one or more connections between the power devices and the electric grid , electricity flowing in the electric power grid in accordance with a grid frequency, the grid frequency being subject to random noise fluctuations such that the grid frequency varies over time within a frequency range, the method comprising: modulating, using modulating devices at the one or more connections, a flow of power between the electric power grid and the one or more power devices in accordance with a control pattern representing information to be transmitted, the modulation resulting in a frequency modulation pattern being superimposed on the grid frequency to provide an analogue or digital carrier signal having said information encoded therein, characterised in that : modulating the power flow between the electric power grid and the one or more power devices provides a modulation pattern having a frequency variation with respect to the grid frequency that is less than said frequency range. modulating, using modulating devices at the one or more connections, a flow of power between the electric power grid and the one or more power devices in accordance with a control pattern representing information to be transmitted, the modulation resulting in a frequency modulation pattern being superimposed on the grid frequency to provide an analogue or digital carrier signal having said information encoded therein, characterised in that : modulating the power flow between the electric power grid and the one or more power devices provides a modulation pattern having a frequency variation with respect to the grid frequency that is less than said frequency range.
Double-body container for cooling and/or for preservation of beverages at a low temperature, characterized in that both the inner body and the outer body are integrally made of metal, and both have a flap surrounding their mouths, respectively and , the flap of the inner body juxtaposing the flap of the outer body , the latter acting as a stop of the former, the two forming, by means of crimping, a rim which perfectly fixates the two bodies, in that a chamber is provided between those two bodies, inaccessible and perfectly sealed, in that the volume available in said chamber is all that which is circumscribed by the outer wall of the inner body and by the inner wall of the outer body and in that said chamber is filled, although not completely, by a sponge impregnated with fluid .
A plasma confinement device , comprising: a first magnet system comprising a first plurality of concentrically arranged circular-loop coils , comprising: a first coil arranged to carry a current in a first direction; and a second coil arranged to carry a current in a second direction opposite to said first direction; and a second magnet system comprising a second plurality of concentrically arranged circular-loop coils , arranged with mirror symmetry with respect to said first magnet system relative to a symmetry plane (P) located between said first magnet system and said second magnet system , said first magnet system and said second magnet system being arranged as to create an annular plasma confinement area at said symmetry plane (P) with a magnetic field normal to said symmetry plane (P) at said symmetry plane (P). a first magnet system comprising a first plurality of concentrically arranged circular-loop coils , comprising: a first coil arranged to carry a current in a first direction; and a second coil arranged to carry a current in a second direction opposite to said first direction; and a first coil arranged to carry a current in a first direction; and a second coil arranged to carry a current in a second direction opposite to said first direction; and a second magnet system comprising a second plurality of concentrically arranged circular-loop coils , arranged with mirror symmetry with respect to said first magnet system relative to a symmetry plane (P) located between said first magnet system and said second magnet system ,
A solid dispersion comprising and a poly(meth)acrylate copolymer.
Screen printing machine having a cylindrical round screen , a blade arranged in the round screen , and a delivery and metering device for printing ink, the blade bearing on the inner side of the round screen and applying the printing ink onto the inner side of the round screen , wherein a sensor measures the filling level of the amount of ink on the blade and the delivery and metering device delivers less, more or a constant amount of printing ink to the blade as a function of the measured amount of ink on the blade , and therefore regulates the amount of ink on the blade , characterized in that the sensor is a capacitive sensor which is arranged directly on the blade .
A coating system for application to a building component of a building, comprising a coating composition A and a coating composition B, characterized in that the coating composition A contains an active agent capable of migration and the coating composition B contains an activator for releasing the active agent capable of migration, which is contained in the coating composition A, so that, after the application of the coating system, the activator, which is contained in the coating composition B, causes the release and migration of the active agent capable of migration, which is contained in coating composition A, wherein the active agent migrates from the application site to a site of action, which is a coating formed from the coating composition B.
An exhaust gas purification catalyst, comprising: a first catalyst unit consisting of a hydrogen generating catalyst; a second catalyst unit consisting of an oxygen storage/release material and a perovskite oxide disposed in contact with the oxygen storage/release material; and a holding material that holds the first catalyst unit and the second catalyst unit in a mutually separated state, wherein the hydrogen generating catalyst consists of a noble metal and an oxide that supports the noble metal, in which the oxide contains lanthanum, zirconium and at least one additional element selected from the group consisting of neodymium, samarium, europium, magnesium and calcium, and the perovskite oxide is represented by the following general formula : La x M1 1-x M2O 3-δ where La is lanthanum, M1 is at least one element selected from the group consisting of barium (Ba), strontium (Sr) and calcium (Ca), M2 is at least one element selected from the group consisting of iron (Fe), cobalt (Co) and manganese (Mn), x satisfies 0 < x ≤ 1, and δ satisfies 0 ≤ δ ≤ 1. a first catalyst unit consisting of a hydrogen generating catalyst; a second catalyst unit consisting of an oxygen storage/release material and a perovskite oxide disposed in contact with the oxygen storage/release material; and a holding material that holds the first catalyst unit and the second catalyst unit in a mutually separated state, wherein the hydrogen generating catalyst consists of a noble metal and an oxide that supports the noble metal, in which the oxide contains lanthanum, zirconium and at least one additional element selected from the group consisting of neodymium, samarium, europium, magnesium and calcium, and the perovskite oxide is represented by the following general formula : La x M1 1-x M2O 3-δ where La is lanthanum, M1 is at least one element selected from the group consisting of barium (Ba), strontium (Sr) and calcium (Ca), M2 is at least one element selected from the group consisting of iron (Fe), cobalt (Co) and manganese (Mn), x satisfies 0 < x ≤ 1, and δ satisfies 0 ≤ δ ≤ 1.
A compound helicopter comprising: a body ; a first main wing portion extending from the body toward a right side in a proceeding direction of the body; a second main wing portion extending from the body toward a left side in the proceeding direction of the body; a main rotor disposed at an upper side of the body; a first propeller that is disposed at the first main wing portion and generates positive thrust when the proceeding direction is regarded as positive; and a second propeller that is disposed at the second main wing portion and generates positive thrust and negative thrust, wherein the first propeller includes a first propeller blade that is a propeller blade whose rotation axis extends in a direction parallel to an axis of the compound helicopter; and the second propeller includes a second propeller blade that is a propeller blade whose rotation axis extends in a direction parallel to the axis of the compound helicopter; wherein specifications of the first propeller are different from specifications of the second propeller , and characterized in that the specifications of the first propeller and the second propeller include at least one of: a washout angle (θ) corresponding to a change in an angle of attack from a base end of each propeller blade to a tip thereof; a blade sectional shape of each propeller blade ; or a planar shape of each propeller blade. a body ; a first main wing portion extending from the body toward a right side in a proceeding direction of the body; a second main wing portion extending from the body toward a left side in the proceeding direction of the body; a main rotor disposed at an upper side of the body; a first propeller that is disposed at the first main wing portion and generates positive thrust when the proceeding direction is regarded as positive; and a second propeller that is disposed at the second main wing portion and generates positive thrust and negative thrust, wherein the first propeller includes a first propeller blade that is a propeller blade whose rotation axis extends in a direction parallel to an axis of the compound helicopter; and the second propeller includes a second propeller blade that is a propeller blade whose rotation axis extends in a direction parallel to the axis of the compound helicopter; wherein specifications of the first propeller are different from specifications of the second propeller , and characterized in that the specifications of the first propeller and the second propeller include at least one of: a washout angle (θ) corresponding to a change in an angle of attack from a base end of each propeller blade to a tip thereof; a blade sectional shape of each propeller blade ; or a planar shape of each propeller blade.
A sealing interface that includes an inner cushion , wherein the inner cushion comprises: a hinged region ; and a cheek region , wherein the hinged region comprises hinging portions that attach the hinged region of the inner cushion to the cheek region of the inner cushion , and wherein the hinging portions are adapted to allow the hinged region of the inner cushion to flex independently of the cheek regions of the cushion ; and wherein each hinging portion is a narrow necked section formed between the hinged region and the corresponding cheek region . the inner cushion comprises: a hinged region ; and a cheek region , a hinged region ; and a cheek region , wherein the hinged region comprises hinging portions that attach the hinged region of the inner cushion to the cheek region of the inner cushion , and wherein the hinging portions are adapted to allow the hinged region of the inner cushion to flex independently of the cheek regions of the cushion ; and wherein each hinging portion is a narrow necked section formed between the hinged region and the corresponding cheek region .
A computer implemented method of identifying one or more boundaries of lesions within N-dimensional medical image data of a region of a subject, the method comprising steps: receiving the N-dimensional medical image data , comprising image data points; processing the N-dimensional medical image data, using a machine-learning algorithm, to thereby generate: N-dimensional probability data , comprising a respective probability data point for each image data point indicating a probability that the image data point is part of a lesion; and N-dimensional uncertainty data , comprising a respective uncertainty data point for each probability data point, and thereby each image data point, indicating an uncertainty of probability indicated by the probability data point; and identifying one or more boundaries of lesions in the medical image data using at least the probability data and the uncertainty data. receiving the N-dimensional medical image data , comprising image data points; processing the N-dimensional medical image data, using a machine-learning algorithm, to thereby generate: N-dimensional probability data , comprising a respective probability data point for each image data point indicating a probability that the image data point is part of a lesion; and N-dimensional uncertainty data , comprising a respective uncertainty data point for each probability data point, and thereby each image data point, indicating an uncertainty of probability indicated by the probability data point; and identifying one or more boundaries of lesions in the medical image data using at least the probability data and the uncertainty data. N-dimensional probability data , comprising a respective probability data point for each image data point indicating a probability that the image data point is part of a lesion; and N-dimensional uncertainty data , comprising a respective uncertainty data point for each probability data point, and thereby each image data point, indicating an uncertainty of probability indicated by the probability data point; and identifying one or more boundaries of lesions in the medical image data using at least the probability data and the uncertainty data.
A wheelbarrow comprising: - a frame for receiving a container capable of receiving a load, - a wheel capable of pivoting with respect to the frame , so as to allow the wheelbarrow to be rolled, - a gripping assembly pivoting with respect to the frame , changing between an unfolded position capable of allowing the wheelbarrow to be rolled by the user, and a folded position, the gripping assembly comprising two poles connected through a connecting means , the gripping assembly having a substantially U-shape, the gripping assembly being in one-piece, - the frame is in the form of a continuous metal tube, the frame comprising an end part , a leg part and a front part , the leg part comprising curved leg segments for supporting the wheelbarrow on the ground, the end part including two arms extending from the leg segments , the transverse distance between the poles is greater than the transverse overall size of the frame , so that the poles extend on either side of the frame , the gripping assembly abutting against the frame in two separate locations when the gripping assembly is in the folded configuration. - a frame for receiving a container capable of receiving a load, - a wheel capable of pivoting with respect to the frame , so as to allow the wheelbarrow to be rolled, - a gripping assembly pivoting with respect to the frame , changing between an unfolded position capable of allowing the wheelbarrow to be rolled by the user, and a folded position, the gripping assembly comprising two poles connected through a connecting means , the gripping assembly having a substantially U-shape, the gripping assembly being in one-piece, - the frame is in the form of a continuous metal tube, the frame comprising an end part , a leg part and a front part , the leg part comprising curved leg segments for supporting the wheelbarrow on the ground, the end part including two arms extending from the leg segments , the transverse distance between the poles is greater than the transverse overall size of the frame , so that the poles extend on either side of the frame , the gripping assembly abutting against the frame in two separate locations when the gripping assembly is in the folded configuration.
A delivery system comprising: an aerosol-generating material comprising tobacco material and an aerosolisable material in the form of a shredded sheet comprising: an inorganic material in an amount of 50% to 90% by weight of the aerosolisable material; a binder; and an aerosol-former material and an aerosol-modifying agent release component comprising an aerosol modifying agent. an aerosol-generating material comprising tobacco material and an aerosolisable material in the form of a shredded sheet comprising: an inorganic material in an amount of 50% to 90% by weight of the aerosolisable material; a binder; and an aerosol-former material an inorganic material in an amount of 50% to 90% by weight of the aerosolisable material; a binder; and an aerosol-former material and an aerosol-modifying agent release component comprising an aerosol modifying agent.
Waste collection container comprising: - a vessel , - at least one separating wall defining waste storage spaces in the vessel , and - a cover comprising at least one first and one second portion which are movable relative to each other, each of the two portions comprising at least one side adjacent to the other portion , the cover comprising a sealing strip which is secured to at least one of the two portions and at least partly covering the two sides , each of the portions of the cover being arranged to seal a waste storage space, the first and second portions of the cover being mounted so as to be rotatable at the separating wall, characterized in that the sealing strip comprises a portion extending above a space provided between the two portions of the cover , this portion being secured to the separating wall. - a vessel , - at least one separating wall defining waste storage spaces in the vessel , and - a cover comprising at least one first and one second portion which are movable relative to each other, each of the two portions comprising at least one side adjacent to the other portion , the cover comprising a sealing strip which is secured to at least one of the two portions and at least partly covering the two sides , each of the portions of the cover being arranged to seal a waste storage space, the first and second portions of the cover being mounted so as to be rotatable at the separating wall, characterized in that the sealing strip comprises a portion extending above a space provided between the two portions of the cover , this portion being secured to the separating wall.