mhurhangee/patent-ind-claim-en huggingface dataset:
A passive molten core cooling apparatus comprising: a reactor vessel; a core catcher located below the reactor vessel; a channel structure having a coolant channel located below the core catcher and filled with a coolant; and a coolant tank communicating with the channel structure through a first pipe and supplying a coolant to the coolant channel through the first pipe , wherein the coolant channel is divided into a first channel adjacent to the core catcher and a second channel spaced away from the core catcher , wherein the first channel and the second channel are communicated to each other; wherein the apparatus further includes a second pipe , wherein one end of the second pipe is in communication with the channel structure , and the other end thereof is exposed to an atmosphere, wherein the second pipe is configured to discharge vapor generated via the coolant circulation in the coolant channel to the atmosphere, wherein the coolant tank is disposed above the channel structure , wherein the coolant tank has a first space filled with the coolant and a second space configured such that steam discharged through the second pipe is discharged into the atmosphere through the second space , wherein the coolant channel is configured such that the coolant in the coolant channel flows upwardly and downwardly and thus spontaneously circulates in the coolant channel , and wherein the coolant tank is configured such that coolant is replenished passively from the coolant tank by an amount of coolant as discharged through the second pipe in a vapor state. a reactor vessel; a core catcher located below the reactor vessel; a channel structure having a coolant channel located below the core catcher and filled with a coolant; and a coolant tank communicating with the channel structure through a first pipe and supplying a coolant to the coolant channel through the first pipe , wherein the coolant channel is divided into a first channel adjacent to the core catcher and a second channel spaced away from the core catcher , wherein the first channel and the second channel are communicated to each other; wherein the apparatus further includes a second pipe , wherein one end of the second pipe is in communication with the channel structure , and the other end thereof is exposed to an atmosphere, wherein the second pipe is configured to discharge vapor generated via the coolant circulation in the coolant channel to the atmosphere, wherein the coolant tank is disposed above the channel structure , wherein the coolant tank has a first space filled with the coolant and a second space configured such that steam discharged through the second pipe is discharged into the atmosphere through the second space , wherein the coolant channel is configured such that the coolant in the coolant channel flows upwardly and downwardly and thus spontaneously circulates in the coolant channel , and wherein the coolant tank is configured such that coolant is replenished passively from the coolant tank by an amount of coolant as discharged through the second pipe in a vapor state.
An apparatus of a user equipment, UE , comprising: a transceiver configured to communicate with an evolved NodeB, eNB , using Internet Protocol, IP, data and non-IP, NIP, data; and processing circuitry arranged to: determine whether to transmit IP data or NIP data; in response to a determination to transmit IP data, encapsulate and compress user data and a header using a Transmission Control Protocol/Internet Protocol, TCP/IP, stack to form IP packets and configure the transceiver to transmit the IP packets to the eNB ; in response to a determination to transmit the NIP data, configure the transceiver to transmit the NIP data to the eNB using a non-IP Evolved Packet switched System, EPS, bearer, wherein the NIP data comprises a tunneling NIP data packet, T-PDU , that comprises a NIP header and a NIP user data packet , and the NIP header comprises user identification and packet length . a transceiver configured to communicate with an evolved NodeB, eNB , using Internet Protocol, IP, data and non-IP, NIP, data; and processing circuitry arranged to: determine whether to transmit IP data or NIP data; in response to a determination to transmit IP data, encapsulate and compress user data and a header using a Transmission Control Protocol/Internet Protocol, TCP/IP, stack to form IP packets and configure the transceiver to transmit the IP packets to the eNB ; in response to a determination to transmit the NIP data, configure the transceiver to transmit the NIP data to the eNB using a non-IP Evolved Packet switched System, EPS, bearer, wherein the NIP data comprises a tunneling NIP data packet, T-PDU , that comprises a NIP header and a NIP user data packet , and the NIP header comprises user identification and packet length . determine whether to transmit IP data or NIP data; in response to a determination to transmit IP data, encapsulate and compress user data and a header using a Transmission Control Protocol/Internet Protocol, TCP/IP, stack to form IP packets and configure the transceiver to transmit the IP packets to the eNB ; in response to a determination to transmit the NIP data, configure the transceiver to transmit the NIP data to the eNB using a non-IP Evolved Packet switched System, EPS, bearer, wherein the NIP data comprises a tunneling NIP data packet, T-PDU , that comprises a NIP header and a NIP user data packet , and the NIP header comprises user identification and packet length .
A security element for a security paper, value document or the like, having a carrier which has an areal region which is divided into a multiplicity of pixels which respectively comprise at least one optically active facet , wherein the facets are so oriented that the areal region is perceptible to a viewer as an area that protrudes and/or recedes relative to its actual spatial form, and wherein a color-shifting coating is configured on the facets, at least regionally, wherein the oriented facets reflect incident light in such a way, as if it falls on an implemented or simulated surface, wherein the reflection generated by the facets of the pixel corresponds to the average reflection of the surface region implemented or simulated by the corresponding pixel.
An evaporated fuel processing device comprising: a fuel tank ; a canister ; an evaporated fuel passage connecting the fuel tank and the canister ; a purge passage connecting the canister and an intake passage of an internal combustion engine ; a first purge control valve disposed in the purge passage , and arranged to open and close the purge passage ; a tank open passage connecting a position on an upstream side of the first purge control valve in the purge passage , and the fuel tank ; a second purge control valve disposed in the tank open passage , and arranged to open and close the tank open passage , and a blocking valve disposed in the evaporated fuel passage , and arranged to open and close the evaporated fuel passage , wherein a passage area of the second purge control valve is set to a value smaller than a passage area of the blocking valve , characterized in that based on a negative pressure in the fuel tank , the blocking valve is arranged to be closed, and the second purge control valve is arranged to be opened to introduce an atmospheric pressure (Patm) through the canister 3 to the fuel tank . a fuel tank ; a canister ; an evaporated fuel passage connecting the fuel tank and the canister ; a purge passage connecting the canister and an intake passage of an internal combustion engine ; a first purge control valve disposed in the purge passage , and arranged to open and close the purge passage ; a tank open passage connecting a position on an upstream side of the first purge control valve in the purge passage , and the fuel tank ; a second purge control valve disposed in the tank open passage , and arranged to open and close the tank open passage , and a blocking valve disposed in the evaporated fuel passage , and arranged to open and close the evaporated fuel passage , wherein a passage area of the second purge control valve is set to a value smaller than a passage area of the blocking valve , characterized in that based on a negative pressure in the fuel tank , the blocking valve is arranged to be closed, and the second purge control valve is arranged to be opened to introduce an atmospheric pressure (Patm) through the canister 3 to the fuel tank .
An environmental control system of an aircraft comprising: a plurality of inlets for receiving a plurality of mediums including a first medium (A1), a second medium (A2), and a third medium (A3); an outlet for delivering a conditioned flow of the second medium to one or more loads of the aircraft; at least one compressing device including a first compressing device and a second compressing device arranged in fluid communication with the inlet and the outlet, the first compressing device and the second compressing device being arranged in series relative to a flow of the second medium; wherein the first compressing device includes a first compressor and at least one first turbine ; and the second compressing device is a four-wheel compressing device including a second compressor and at least one second turbine operably coupled via a shaft , wherein in a first mode of operation, the first compressor is driven by the first turbine through the first medium, and in a second mode of operation, the second compressor is driven by the second turbine through the third medium. a plurality of inlets for receiving a plurality of mediums including a first medium (A1), a second medium (A2), and a third medium (A3); an outlet for delivering a conditioned flow of the second medium to one or more loads of the aircraft; at least one compressing device including a first compressing device and a second compressing device arranged in fluid communication with the inlet and the outlet, the first compressing device and the second compressing device being arranged in series relative to a flow of the second medium; wherein the first compressing device includes a first compressor and at least one first turbine ; and the second compressing device is a four-wheel compressing device including a second compressor and at least one second turbine operably coupled via a shaft , wherein in a first mode of operation, the first compressor is driven by the first turbine through the first medium, and in a second mode of operation, the second compressor is driven by the second turbine through the third medium.
An iron-based alloy comprising, in weight percent: carbon from 1 to 2 percent; manganese from 0.1 to 1 percent; silicon from 0.1 to 2.5 percent; chromium from 11.5 to 19 percent; nickel up to 8 percent; vanadium from 0.8 to 5 percent; molybdenum from 11 to 19 percent; tungsten up to 0.5 percent; niobium from 1 to 4 percent; cobalt up to 5.5 percent; boron up to 0.5 percent; nitrogen up to 0.5 percent; copper up to 1.5 percent; sulfur up to 0.3 percent; phosphorus up to 0.3 percent; up to 5 percent total of tantalum, titanium, hafnium and zirconium; balance iron from 50 to 70 percent; and incidental impurities which may include up to 1.5 weight percent other elements, such as aluminum, arsenic, bismuth, calcium, magnesium, lead, tin, yttrium and lanthanides, zinc, and selenium. carbon from 1 to 2 percent; manganese from 0.1 to 1 percent; silicon from 0.1 to 2.5 percent; chromium from 11.5 to 19 percent; nickel up to 8 percent; vanadium from 0.8 to 5 percent; molybdenum from 11 to 19 percent; tungsten up to 0.5 percent; niobium from 1 to 4 percent; cobalt up to 5.5 percent; boron up to 0.5 percent; nitrogen up to 0.5 percent; copper up to 1.5 percent; sulfur up to 0.3 percent; phosphorus up to 0.3 percent; up to 5 percent total of tantalum, titanium, hafnium and zirconium; balance iron from 50 to 70 percent; and incidental impurities which may include up to 1.5 weight percent other elements, such as aluminum, arsenic, bismuth, calcium, magnesium, lead, tin, yttrium and lanthanides, zinc, and selenium.
Separation device for separating granular material as it is pneumatically fed into a metering device of a seed drill, comprising: - a separation chamber having an air inlet for supply air loaded with the granular material, having a material outlet for the material separated from the supply air, and having an air outlet for exhaust air resulting after separation of the material; and - a filter screen which is arranged in the separation chamber and is designed to retain the material and to allow the supply air to pass through, characterized in that the filter screen is integrated into a filter cartridge which can be inserted into the separation device through the air outlet, and the filter screen is tubular and/or in an elongate basket shape and, when the filter cartridge is inserted, is arranged in a horizontal orientation above the material outlet . - a separation chamber having an air inlet for supply air loaded with the granular material, having a material outlet for the material separated from the supply air, and having an air outlet for exhaust air resulting after separation of the material; and - a filter screen which is arranged in the separation chamber and is designed to retain the material and to allow the supply air to pass through,
A pneumatically controlled actuator arrangement of a vehicle transmission arrangement, said actuator arrangement being connectable to a clutch unit of the vehicle transmission arrangement and arranged to controllably position the clutch unit between a closed position and an opened position, the actuator arrangement being connectable to a valve unit arranged to controllably supply pressurized air to the actuator arrangement , wherein the actuator arrangement comprises an interface portion for connection to the valve unit , said interface portion comprises a mechanical interface portion and a pneumatic interface portion , wherein the mechanical interface portion comprises guiding means for guiding a portion of the valve unit for connection to the actuator arrangement , wherein the pneumatic interface portion comprises at least one conduit arranged to connect to a valve conduit of the valve unit for fluidly connecting the pneumatically controlled actuator arrangement to a clutch valve of the valve unit , characterized in that the guiding means comprises a guiding pin extending from the interface portion and arranged to be positioned in an opening of the portion of the valve unit , wherein the guiding pin has an extension from the interface portion which is larger than an extension of the at least one conduit of the pneumatic interface portion.
A method for wireless communication by a mobile device in a system in which a plurality of available networks provide wireless communications through two or more different radio access technologies, RATs, the method comprising: receiving a page transmission at the mobile device , the page transmission including service information comprising an identifier indicating one or more services that are to be initiated in response to the page transmission, the identifier indicating which of the one or more of the plurality of RATs are to be used by the mobile device to initiate the service; determining one or more of the plurality of available networks to access for wireless communication based at least in part on: the service information and a policy indicating a priority for accessing the one or more different RATs based at least in part on the one or more services to be initiated; and accessing one or more of the determined available networks responsive to the determining. receiving a page transmission at the mobile device , the page transmission including service information comprising an identifier indicating one or more services that are to be initiated in response to the page transmission, the identifier indicating which of the one or more of the plurality of RATs are to be used by the mobile device to initiate the service; determining one or more of the plurality of available networks to access for wireless communication based at least in part on: the service information and a policy indicating a priority for accessing the one or more different RATs based at least in part on the one or more services to be initiated; and the service information and a policy indicating a priority for accessing the one or more different RATs based at least in part on the one or more services to be initiated; and accessing one or more of the determined available networks responsive to the determining.
A package for holding a medical device that includes an elongated shaft, the package comprising: a blow-molded one-piece body that defines a spiral lumen configured to receive the elongated shaft of the medical device, the one-piece body having webbing , an upper spiral rib raised in a first direction relative to the webbing, and a second spiral rib raised in a second opposing direction relative to the webbing , wherein the upper and lower spiral ribs collectively form a spiral casing within which the spiral lumen is defined such that webbing extends between adjacent curved portions of the spiral casing .
Thermostat for a household appliance, comprising a thermostat body , a capillary tube , and a temperature detection tube , the capillary tube being connected to the thermostat body in a first attachment and to the detection tube in a second attachment , at least one protective cover protecting one of said attachments , the protective cover comprising a longitudinal axis (XX'), and said protective cover comprising a longitudinal hole configured for the capillary tube to go through same, and a side main slot in the direction of the longitudinal axis (XX') communicated with the hole for inserting the capillary tube into the hole of the protective cover , characterized in that the main slot extends from a first end of the protective cover along a section of said protective cover to a second transverse side slot , the protective cover also comprising a third side slot in the direction of the longitudinal axis (XX') communicated with the hole , the third slot extending from a second end of the protective cover to the second slot and said third slot being arranged on the side opposite the one on which the main slot is arranged.
Transdermal preparation containing a pharmaceutically active ingredient having low aqueous solubility, characterized in that the particles of the active ingredient are coated with highly volatile silicones or a mixture thereof, and these coated particles are dispersed in an aqueous gel base, further characterized in that the active ingredient is coated with the volatile silicon in a manner that the other ingredients of the gel formulation do not have contact with the active ingredient, and the silicone coating forms a third phase in the gel, the volatile silicone component is hexamethyldisiloxane and/or octamethyltrisiloxane and/or decamethylcyclopentasiloxane. characterized in that the particles of the active ingredient are coated with highly volatile silicones or a mixture thereof, and these coated particles are dispersed in an aqueous gel base, further characterized in that the active ingredient is coated with the volatile silicon in a manner that the other ingredients of the gel formulation do not have contact with the active ingredient, and the silicone coating forms a third phase in the gel, the volatile silicone component is hexamethyldisiloxane and/or octamethyltrisiloxane and/or decamethylcyclopentasiloxane.
Cutting device with a tool drive and a cutting tool having a first connecting part , which is connected to a first follower , and having a second connecting part , which is connected to a second follower , and with a guiding device , which comprises a first guiding unit with a first guiding module and a second guiding module , with which the first follower is held displaceable along a first guideway and the second follower is held displaceable along a second guideway, characterised in that the first guiding module comprises a first guiding wheel and a second guiding wheel , a) which are held each by related bearing devices rotatable in a guiding plane; b) which are peripherally adjacent to each other at a first transfer position (T1); c) which each comprise an outwardly open receiving opening , which is suitable for receiving the first follower ; d) which are rotatable by the tool drive in opposite directions with the same angular velocity; and e) which are arranged in such a way that their receiving openings lie opposite one another at the first transfer position (T1) after each revolution, so that the first follower is transferable alternately from one receiving opening into the other receiving opening at the first transfer position (T1) and is further guidable alternately along the periphery of the first guiding wheel or of the second guiding wheel . a) which are held each by related bearing devices rotatable in a guiding plane; b) which are peripherally adjacent to each other at a first transfer position (T1); c) which each comprise an outwardly open receiving opening , which is suitable for receiving the first follower ; d) which are rotatable by the tool drive in opposite directions with the same angular velocity; and e) which are arranged in such a way that their receiving openings lie opposite one another at the first transfer position (T1) after each revolution, so that the first follower is transferable alternately from one receiving opening into the other receiving opening at the first transfer position (T1) and is further guidable alternately along the periphery of the first guiding wheel or of the second guiding wheel .