mhurhangee/ep-ind-claims huggingface dataset:
Process for producing nonaggregated carbon-coated silicon particles, having average volume-weighted particle diameters d 50 of 1 to 15 μm, determined by static laser scattering using the Mie model with a Horiba LA 950 instrument and with ethanol as dispersion medium, and containing ≤ 10% by weight of carbon and ≥ 90% by weight of silicon, each based on the total weight of the carbon-coated silicon particles, by treating dry mixtures comprising silicon particles and one or more polymeric carbon precursors containing one or more functional groups selected from the group comprising amides, lactams, imides, carbamates, urethanes, sulfates, sulfate esters, sulfites, sulfite esters, sulfonic acids, sulfonic esters, thioesters, phosphoric acid, phosphoric esters, phosphoric acid amides, phosphonic acid, phosphonic esters, and phosphonic acid amides, in an oxidative atmosphere at a temperature of 200 to 400°C (thermal treatment) and then carbonizing this in an inert atmosphere. having average volume-weighted particle diameters d 50 of 1 to 15 μm, determined by static laser scattering using the Mie model with a Horiba LA 950 instrument and with ethanol as dispersion medium, and containing ≤ 10% by weight of carbon and ≥ 90% by weight of silicon, each based on the total weight of the carbon-coated silicon particles, by treating dry mixtures comprising silicon particles and one or more polymeric carbon precursors containing one or more functional groups selected from the group comprising amides, lactams, imides, carbamates, urethanes, sulfates, sulfate esters, sulfites, sulfite esters, sulfonic acids, sulfonic esters, thioesters, phosphoric acid, phosphoric esters, phosphoric acid amides, phosphonic acid, phosphonic esters, and phosphonic acid amides, in an oxidative atmosphere at a temperature of 200 to 400°C (thermal treatment) and then carbonizing this in an inert atmosphere.
A method for use in a data processing apparatus, comprising: receiving resources of an enterprise, each resource having a respective access control list specifying access privileges to the resource for one or more members of the enterprise, and the resources including data describing entities related to the enterprise and relationships among the entities; identifying entity facts of the entities from the resources of the enterprise, each entity fact describing at least one feature of the entity, wherein the features include corresponding relationships between the entities; determining, for each entity fact, from the access control list of each resource, an entity fact access control list; storing data describing the entities, entity facts and the respective entity fact access control lists in a searchable index, wherein each entity fact is associated with its corresponding entity fact access control list; and providing, to each of the members of the enterprise, access privileges to the data describing the entities and the entity facts in the searchable index according to the respective entity fact access control lists. receiving resources of an enterprise, each resource having a respective access control list specifying access privileges to the resource for one or more members of the enterprise, and the resources including data describing entities related to the enterprise and relationships among the entities; identifying entity facts of the entities from the resources of the enterprise, each entity fact describing at least one feature of the entity, wherein the features include corresponding relationships between the entities; determining, for each entity fact, from the access control list of each resource, an entity fact access control list; storing data describing the entities, entity facts and the respective entity fact access control lists in a searchable index, wherein each entity fact is associated with its corresponding entity fact access control list; and providing, to each of the members of the enterprise, access privileges to the data describing the entities and the entity facts in the searchable index according to the respective entity fact access control lists.
An abnormality detection device for an internal combustion engine whose operation is controlled in accordance with properties of an employed fuel stored in a fuel tank, the abnormality detection device comprising: a fuel property sensor whose output value varies in level depending on whether a liquid or a gas exists in a measurement section thereof, the output value being determined in accordance with the properties of the fuel when the fuel exists in the measurement section; a fuel container that houses the measurement section of the fuel property sensor and is disposed apart from a main flow path of a fuel flow path connecting a fuel pump to an injector; fuel discharge means for discharging an introduced fuel out of the fuel container; first sensor output value acquisition means for acquiring a first sensor output value; and characterized by comprising: fuel introduction means for introducing the fuel drawn from the fuel tank into the fuel container wherein, the first sensor output value is an output value of the fuel property sensor that is generated when the fuel is introduced into the fuel container; second sensor output value acquisition means for acquiring a second sensor output value, the second sensor output value being an output value of the fuel property sensor that is obtained when the fuel is discharged from the fuel container; and abnormality judgment means for judging whether or not the fuel property sensor is normal by using the first sensor output value and the second sensor output value as the information for abnormality judgment. a fuel property sensor whose output value varies in level depending on whether a liquid or a gas exists in a measurement section thereof, the output value being determined in accordance with the properties of the fuel when the fuel exists in the measurement section; a fuel container that houses the measurement section of the fuel property sensor and is disposed apart from a main flow path of a fuel flow path connecting a fuel pump to an injector; fuel discharge means for discharging an introduced fuel out of the fuel container; first sensor output value acquisition means for acquiring a first sensor output value; fuel introduction means for introducing the fuel drawn from the fuel tank into the fuel container wherein, the first sensor output value is an output value of the fuel property sensor that is generated when the fuel is introduced into the fuel container; second sensor output value acquisition means for acquiring a second sensor output value, the second sensor output value being an output value of the fuel property sensor that is obtained when the fuel is discharged from the fuel container; and abnormality judgment means for judging whether or not the fuel property sensor is normal by using the first sensor output value and the second sensor output value as the information for abnormality judgment.
An aircraft gas turbine engine comprising: a gear train (10, 14, 18); a lubricant recovery gutter associated with the gear train (10, 12, 14); and a lubrication system for the gear train (10, 14, 18), the lubrication system; characterised by further comprising: an auxiliary lubricant tank; an auxiliary lubricant tank supply conduit extending from the lubricant recovery gutter to the auxiliary lubricant tank; and a conduit fluidly connected to the auxiliary lubricant supply conduit and extending without interruption through the auxiliary lubricant tank, a portion of the conduit residing within the tank having an opening for allowing lubricant transfer between the tank and the conduit. a gear train (10, 14, 18); a lubricant recovery gutter associated with the gear train (10, 12, 14); and a lubrication system for the gear train (10, 14, 18), the lubrication system; an auxiliary lubricant tank; an auxiliary lubricant tank supply conduit extending from the lubricant recovery gutter to the auxiliary lubricant tank; and a conduit fluidly connected to the auxiliary lubricant supply conduit and extending without interruption through the auxiliary lubricant tank, a portion of the conduit residing within the tank having an opening for allowing lubricant transfer between the tank and the conduit.
A method, comprising: receiving, at a network interface of a first electronic device of a network of devices, wherein the network of devices comprises a first network and a second network, an Internet Protocol version 6, IPv6, message from a second electronic device of the network of devices over the first network, wherein the message is bound for a target electronic device of the network of devices, while the first and target electronic devices operate on more than one network of the network of devices; identifying, by a processor of the first electronic device, an Extended Unique Local Address encoded in an IPv6 header of the message, wherein the Extended Unique Local Address indicates a network (1020, 1022) of the more than one network of the network of devices that is preferred to reach the target electronic device; determining, by the first electronic device, based at least in part on the Extended Unique Local Address which network of more than one network to use to communicate the message toward the target electronic device; and communicating, via the network interface, the message through the network of devices toward the target electronic device, using the first network if it is determined that the first network is preferred to reach the target electronic device and using the second network if it is determined that the second network is preferred to reach the target electronic device, based at least in part on the Extended Unique Local Address. receiving, at a network interface of a first electronic device of a network of devices, wherein the network of devices comprises a first network and a second network, an Internet Protocol version 6, IPv6, message from a second electronic device of the network of devices over the first network, wherein the message is bound for a target electronic device of the network of devices, while the first and target electronic devices operate on more than one network of the network of devices; identifying, by a processor of the first electronic device, an Extended Unique Local Address encoded in an IPv6 header of the message, wherein the Extended Unique Local Address indicates a network (1020, 1022) of the more than one network of the network of devices that is preferred to reach the target electronic device; determining, by the first electronic device, based at least in part on the Extended Unique Local Address which network of more than one network to use to communicate the message toward the target electronic device; and communicating, via the network interface, the message through the network of devices toward the target electronic device, using the first network if it is determined that the first network is preferred to reach the target electronic device and using the second network if it is determined that the second network is preferred to reach the target electronic device, based at least in part on the Extended Unique Local Address.
Laundry care device with a housing, which delimits a housing interior space from a housing exterior space, wherein the housing has a housing opening, and a device door, which is embodied to seal off the housing opening, wherein the device door has a door window which is formed from a light-transparent glass, characterised in that the device door has a light-transparent plastic layer, which is applied to a window exterior, facing the housing exterior space, of the door window and ensures effective protection against damage from glass breakage, wherein the light-transparent plastic layer is formed as an external sealing element which surrounds the housing opening, in order to reduce the exit of washing liquid from the housing opening in a closed state of the device door. the device door has a light-transparent plastic layer, which is applied to a window exterior, facing the housing exterior space, of the door window and ensures effective protection against damage from glass breakage, wherein the light-transparent plastic layer is formed as an external sealing element which surrounds the housing opening, in order to reduce the exit of washing liquid from the housing opening in a closed state of the device door.
A method of wireless communication of a base station, comprising: determining a control resource set, coreset, of time and frequency resources within a control region of a coreset bandwidth, the coreset bandwidth being determined based on a minimum bandwidth configuration required for transmission to one or more user equipments, UEs, in a set of UEs (802, 804, 806); and transmitting a physical downlink control channel, PDCCH, as a single-carrier waveform via the coreset of time and frequency resources, the PDCCH being transmitted to each UE in the set of UEs using the coreset bandwidth. determining a control resource set, coreset, of time and frequency resources within a control region of a coreset bandwidth, the coreset bandwidth being determined based on a minimum bandwidth configuration required for transmission to one or more user equipments, UEs, in a set of UEs (802, 804, 806); and transmitting a physical downlink control channel, PDCCH, as a single-carrier waveform via the coreset of time and frequency resources, the PDCCH being transmitted to each UE in the set of UEs using the coreset bandwidth.
A method of aerial application of parasitoids of the genus Trichogramma in plant protection, in which a defined amount of Trichogramma parasitoids in defined developmental stages is released from flying means on a defined plant surface area or a unit of plant surface, while released Trichogramma parasitoids is mixed with semolina into loose inert substrate of natural origin and dispensing is performed by dispenser with gravity reservoir of loose inert substrate to dispensing mechanism with carrier mounted on output shaft of an engine and with rotating perforated dosing disc with adjustable revolutions, characterized in that from 100,000 to 250,000 individuals of the Trichogramma parasitoid on a treated area of 1 ha of plant surface is released, while the loose mixture is released in incremental doses from dents on the circumference of the dosing disc on the output shaft of the engine directly to the air and falls down onto the treated area of the crops.
A calibration method for calibrating multiple joined images for an image output system, the image output system including a calibration system, a control device, and a plurality of image output devices coupled to the control device forming an image display area, the calibration method comprising: the control device dividing a calibration image, which contains position information, into a plurality of calibration image blocks, and outputting the respective calibration image blocks to the respective image output devices, wherein the image display area displays an output image formed by the plurality of calibration image blocks, and wherein the position information is a periodic pattern formed by variations in brightness or color intensity; the calibration system capturing the output image; and the calibration system comparing the captured output image and the calibration image to generate adjustment parameters for adjusting the output image, characterized in that the frequency of the periodic pattern increases throughout the calibration image in at least one direction. the control device dividing a calibration image, which contains position information, into a plurality of calibration image blocks, and outputting the respective calibration image blocks to the respective image output devices, wherein the image display area displays an output image formed by the plurality of calibration image blocks, and wherein the position information is a periodic pattern formed by variations in brightness or color intensity; the calibration system capturing the output image; and the calibration system comparing the captured output image and the calibration image to generate adjustment parameters for adjusting the output image, characterized in that the frequency of the periodic pattern increases throughout the calibration image in at least one direction.
Semi-submersible vessel for offshore operations which is suitable to be operated in icy waters and in ice-free waters, said vessel comprising: - an operating deck to accommodate equipment; - at least one lower hull; - an essentially vertical connecting structure between the at least one lower hull and the operating deck; - a ballast system to ballast or deballast the vessel; wherein the connecting structure consists of a water portion, possiby an intermediate portion, and an icebreaking portion being arranged on top of each other, wherein the vessel is configured to have an icebreaking draft for icy waters in which the water- or iceline is substantially level with the icebreaking portion, and a water draft for ice-free waters in which the waterline is substantially level with the water portion, characterized in that the icebreaking portion has a single closed tapered contour, and wherein during the water draft the collective area of the water portion of the connecting structure intersecting the water surface is smaller than the collective area of the icebreaking portion of the connecting structure intersecting the water surface during the icebreaking draft. - an operating deck to accommodate equipment; - at least one lower hull; - an essentially vertical connecting structure between the at least one lower hull and the operating deck; - a ballast system to ballast or deballast the vessel;
A fluid measurement apparatus comprising: a first optical emitter configured to emit light to an irradiated object that includes a fluid; an optical detector configured to receive first received light emitted from the first optical emitter and transmitted through the fluid and thereby shifted in frequency; an estimation unit; and a second optical emitter configured to emit light to the irradiated object, wherein the optical detector is configured to receive second received light emitted from the second optical emitter and not shifted in frequency, the estimation unit is configured to estimate a flow state of the fluid based on a difference between a frequency of the first received light and a frequency of the second received light, the irradiated object includes a flow channel in which the fluid flows, and the second optical emitter is located on an opposite side of the flow channel from the first optical emitter, in a planar view in a direction in which the fluid flows in the flow channel. a first optical emitter configured to emit light to an irradiated object that includes a fluid; an optical detector configured to receive first received light emitted from the first optical emitter and transmitted through the fluid and thereby shifted in frequency; an estimation unit; and a second optical emitter configured to emit light to the irradiated object, wherein the optical detector is configured to receive second received light emitted from the second optical emitter and not shifted in frequency, the estimation unit is configured to estimate a flow state of the fluid based on a difference between a frequency of the first received light and a frequency of the second received light, the irradiated object includes a flow channel in which the fluid flows, and the second optical emitter is located on an opposite side of the flow channel from the first optical emitter, in a planar view in a direction in which the fluid flows in the flow channel.
Plant for treating containers, in particular preforms and/or bottles, comprising at least one first container treatment device for treating the containers in a first predefined manner and a second container treatment device arranged downstream thereof in the transport path of the containers for treating the containers in a second manner, wherein the first manner of treatment is different from the second manner of treatment, and a transport device for conveying the containers from the first container treatment device to the second treatment device at least in sections, wherein at least a further first or second container treatment device (3, 19) is connected to the transport device, and wherein the transport device forms at least two direct and partially different transport paths of the containers, characterised in that the transport device comprises at least four transport starwheels (T1, T2, T3, T4), wherein each of these transport starwheels can be connected to a further transport starwheel selected from two of the transport starwheels (T1, T2, T3, T4) in a functional manner so that a flexible selection of a flexible change respectively between the possible transport paths is made possible.
Industrial machine for bending metallic flat elements comprising: - a support framework suitable to insist on a reference surface; - a working plan, connected with said support framework and accessible to the operator, suitable to receive said metallic flat element to be bended; - bending means, arranged frontally said working plan and coupled with said support framework, suitable to bend upwardly and/or downwardly at least one side edge of said metallic flat element; - handling and supply means, operatively connected with said working plan, suitable to supply/remove said flat metallic element to/from said bending means; - actuation means, operatively connected with said handling and supply means in order to move them along a vertical direction and/or horizontal direction determining the displacement with respect to said working plan, characterized in that said working plan is movable vertically, being coupled with said support framework through guide means and operatively connected with said actuation means suitable to move it along said vertical direction in order to place it below and/or above the bending level of said flat metallic element. - a support framework suitable to insist on a reference surface; - a working plan, connected with said support framework and accessible to the operator, suitable to receive said metallic flat element to be bended; - bending means, arranged frontally said working plan and coupled with said support framework, suitable to bend upwardly and/or downwardly at least one side edge of said metallic flat element; - handling and supply means, operatively connected with said working plan, suitable to supply/remove said flat metallic element to/from said bending means; - actuation means, operatively connected with said handling and supply means in order to move them along a vertical direction and/or horizontal direction determining the displacement with respect to said working plan,