mhurhangee/ep-ind-claims huggingface dataset:
A dispenser comprising: a housing having an internal chamber containing a plurality of capsules; a dispensing conduit extending from the internal chamber to an exterior of the dispenser; and a valve positioned in the dispensing conduit, the valve biased into a sealed state that prevents moisture from entering the internal chamber through the dispensing conduit; characterised by the dispenser being an oral care dispenser; by the capsules containing an oral care material; and by the oral care dispenser comprising a dispensing subassembly including an actuator and a drive mechanism, the dispensing subassembly being configured to dispense one of the plurality of capsules at a time from the dispensing conduit through the valve, the valve being forced into an open state that allows the one capsule to pass therethrough when the one capsule is subjected to a dispensing force imparted by the drive mechanism of the dispensing subassembly when the actuator is activated by a user, the valve automatically returning to the sealed state after the one capsule passes through the valve. a housing having an internal chamber containing a plurality of capsules; a dispensing conduit extending from the internal chamber to an exterior of the dispenser; and a valve positioned in the dispensing conduit, the valve biased into a sealed state that prevents moisture from entering the internal chamber through the dispensing conduit; characterised by the dispenser being an oral care dispenser; by the capsules containing an oral care material; and by the oral care dispenser comprising a dispensing subassembly including an actuator and a drive mechanism, the dispensing subassembly being configured to dispense one of the plurality of capsules at a time from the dispensing conduit through the valve, the valve being forced into an open state that allows the one capsule to pass therethrough when the one capsule is subjected to a dispensing force imparted by the drive mechanism of the dispensing subassembly when the actuator is activated by a user, the valve automatically returning to the sealed state after the one capsule passes through the valve.
A network entity comprising a processing unit that is configured: - to receive a policy token from user equipment; characterized in that the policy token specifies a specific quality of service for a packet flow of a session for accessing a given content object to the user equipment, wherein the network entity is configured: - to determine network equipment handling the packet flow to the user equipment; - to generate an instruction to apply a specific policy for the packet flow to the user equipment based on the received policy token, wherein the instruction is generated to provide the specific quality of service for accessing the given content object; and - to send the instruction to the network equipment. - to receive a policy token from user equipment; characterized in that the policy token specifies a specific quality of service for a packet flow of a session for accessing a given content object to the user equipment, wherein the network entity is configured: - to determine network equipment handling the packet flow to the user equipment; - to generate an instruction to apply a specific policy for the packet flow to the user equipment based on the received policy token, wherein the instruction is generated to provide the specific quality of service for accessing the given content object; and - to send the instruction to the network equipment.
Use of a component having an antimicrobial surface for combating microorganisms and/or fungi that come into contact with the component, wherein the surface has metallic surface portions and, touching the former, MnO 2 surface portions, wherein the metallic surface portion consists of Ag and/or Ni, and wherein the manganese oxide is present at least partially in the γ modification of MnO 2.
A part for a centrifugal breather for an air/oil mixture of a turbomachine, intended to rotate about a longitudinal axis of symmetry, forming an annular enclosure for centrifugal separation of said mixture comprising an axially oriented inlet for feeding said mixture, a first radially inwardly oriented outlet for the exit of the oil-free air separated from said mixture and at least one second radially outwardly oriented oil outlet oriented radially outwards and intended to discharge the oil separated from said mixture to the outside of the breather, the enclosure further comprising at least one mesh structure occupying at least one space in said duct which closes the communication between the axial inlet and the internal radial outlet, characterized in that the mesh structure is formed by spatial repetition, either in terms of the material or in terms of the void, a single pattern produced by the interconnection of simple shapes to be chosen from among spheres or ovoids and bars of constant section, in particular circles, rectangles or octagons, said pattern being arranged in such a way that the void between the material communicate so as to organise paths crossing through the material in at least three dimensions of space forming a trihedron, characterized in that the porosity of the mesh is of 95%.
A chemical sensing device (100;200;300), comprising: a substrate; a plurality of elongated nanostructures, each of the elongated nanostructures having an attachment end and a free end opposite the attachment end, the attachment end affixed to the substrate and the free end comprising a metal; wherein each of the elongated nanostructures is a structure that has an aspect ratio with a length at least two times longer than the shortest width; wherein the elongated nanostructures are flexible and are arranged so as to be able to flex and trap molecules; wherein the metal is a metallic coating or metallic cap at the free end; and wherein said elongated nanostructures comprise nanocones, nanopyramids, nanorods, nanobars, nanofingers, nanopoles or nanograss; and wherein the term nanostructure refers to any structure having dimensions of width or diameter less than 1 micron, characterized in that each of the elongated nanostructures is coated with an affirmatively applied metal oxide coating, the metal oxide coating having a thickness in the range from 1 nm to 200 nm. a substrate; a plurality of elongated nanostructures, each of the elongated nanostructures having an attachment end and a free end opposite the attachment end, the attachment end affixed to the substrate and the free end comprising a metal; wherein each of the elongated nanostructures is a structure that has an aspect ratio with a length at least two times longer than the shortest width; wherein the elongated nanostructures are flexible and are arranged so as to be able to flex and trap molecules; wherein the metal is a metallic coating or metallic cap at the free end; and wherein said elongated nanostructures comprise nanocones, nanopyramids, nanorods, nanobars, nanofingers, nanopoles or nanograss; and wherein the term nanostructure refers to any structure having dimensions of width or diameter less than 1 micron, characterized in that each of the elongated nanostructures is coated with an affirmatively applied metal oxide coating, the metal oxide coating having a thickness in the range from 1 nm to 200 nm.
An apparatus for measuring the mass fractions of water and oil in a flowing mixture of oil and water through a pipe, the apparatus comprising: a sensor portion that measures sound velocity and temperature of the flowing oil water mixture at a first time and at a second time; and a temperature changer in thermal communication with the flowing fluid which changes the temperature of the flowing oil water mixture between the first time and the second time; characterized in that: the sensor portion includes a first sensor portion that measures the sound velocity and temperature of the flowing oil water mixture upstream of the temperature changer, and a second sensor portion that measures the sound velocity and temperature of the flowing mixture downstream of the temperature changer. a sensor portion that measures sound velocity and temperature of the flowing oil water mixture at a first time and at a second time; and a temperature changer in thermal communication with the flowing fluid which changes the temperature of the flowing oil water mixture between the first time and the second time; characterized in that: the sensor portion includes a first sensor portion that measures the sound velocity and temperature of the flowing oil water mixture upstream of the temperature changer, and a second sensor portion that measures the sound velocity and temperature of the flowing mixture downstream of the temperature changer. the sensor portion includes a first sensor portion that measures the sound velocity and temperature of the flowing oil water mixture upstream of the temperature changer, and a second sensor portion that measures the sound velocity and temperature of the flowing mixture downstream of the temperature changer.
A client, comprising: a first obtaining unit, configured to obtain a media presentation description of a guide media presentation, wherein the media presentation description of the guide media presentation describes N guide units comprised in the guide media presentation, and N is an integer greater than 1; a second obtaining unit, configured to obtain K guide units in the N guide units according to the media presentation description of the guide media presentation; and a presentation unit, configured to present the K guide units, wherein each guide unit in the K guide units points to one main media presentation, and presentation quality of a main media presentation to which a guide unit i in the K guide units points is higher than presentation quality of the guide unit i; wherein the media presentation description of the guide media presentation is different from a media presentation description of the main media presentation to which each guide unit in the K guide units points. a first obtaining unit, configured to obtain a media presentation description of a guide media presentation, wherein the media presentation description of the guide media presentation describes N guide units comprised in the guide media presentation, and N is an integer greater than 1; a second obtaining unit, configured to obtain K guide units in the N guide units according to the media presentation description of the guide media presentation; and a presentation unit, configured to present the K guide units, wherein each guide unit in the K guide units points to one main media presentation, and presentation quality of a main media presentation to which a guide unit i in the K guide units points is higher than presentation quality of the guide unit i; wherein the media presentation description of the guide media presentation is different from a media presentation description of the main media presentation to which each guide unit in the K guide units points.
A smoking article for insertion into an apparatus for heating smokable material to volatilise at least one component of the smokable material, the smoking article comprising: a body of smokable material; and an assembly comprising: a cooling segment for cooling the volatilised at least one component of the smokable material; a filter segment adjacent to the cooling segment for filtering the volatilised at least one component of the smokable material; and a mouth end segment adjacent to the filter segment for being received in a mouth of a user, wherein the cooling segment is located between the body of smokable material and the filter segment; wherein the cooling segment comprises a ventilation region to enable air to pass into the cooling segment to mix with the volatilised at least one component of the smokable material, the ventilation region comprising one or more rows of holes formed through an outer wall of the cooling segment, wherein the filter segment is located in between the cooling segment and the mouth end segment. a body of smokable material; and an assembly comprising: a cooling segment for cooling the volatilised at least one component of the smokable material; a filter segment adjacent to the cooling segment for filtering the volatilised at least one component of the smokable material; and a mouth end segment adjacent to the filter segment for being received in a mouth of a user, wherein the cooling segment is located between the body of smokable material and the filter segment; wherein the cooling segment comprises a ventilation region to enable air to pass into the cooling segment to mix with the volatilised at least one component of the smokable material, the ventilation region comprising one or more rows of holes formed through an outer wall of the cooling segment, wherein the filter segment is located in between the cooling segment and the mouth end segment. a cooling segment for cooling the volatilised at least one component of the smokable material; a filter segment adjacent to the cooling segment for filtering the volatilised at least one component of the smokable material; and a mouth end segment adjacent to the filter segment for being received in a mouth of a user, wherein the cooling segment is located between the body of smokable material and the filter segment; wherein the cooling segment comprises a ventilation region to enable air to pass into the cooling segment to mix with the volatilised at least one component of the smokable material, the ventilation region comprising one or more rows of holes formed through an outer wall of the cooling segment, wherein the filter segment is located in between the cooling segment and the mouth end segment.
A propeller nozzle for watercraft, in particular a Kort nozzle, with a fixed propeller and a nozzle ring surrounding the propeller, said nozzle ring being pivotable by means of a nozzle shaft, wherein the nozzle shaft is designed as a hollow body, in particular as a cylindrical tube, wherein an end region of the nozzle shaft facing the nozzle ring is fixedly connected to the nozzle ring, in particular by means of welding, characterized in that the end region of the nozzle shaft facing the nozzle ring is inserted into the wall of the nozzle ring and preferably contacts the inner wall of the nozzle ring with its front face, and a pivot drive for the nozzle shaft is arranged at least partially in the interior of the nozzle shaft.
A method for manufacturing a nonlinear superelastic file comprising the steps of: (i) providing a superelastic file having a shaft and a file axis; (ii) providing a fixture including a file groove being defined by one or more displacement members, the file groove configured for receiving the shaft; (iii) inserting at least a portion of the shaft into the fixture along the file groove, the portion of the shaft including a first portion of the shaft; (iv) contacting the first portion of the shaft with a first displacement member of the one or more displacement members such that the first portion of the shaft is displaced from the file axis thereby forming a first offset portion of the shaft; (v) heating the portion of the shaft while inserted in the fixture to a temperature of at least about 300°C for a time period of at least about 1 minute to shape-set the portion of the shaft thereby forming a shape-set nonlinear file. (i) providing a superelastic file having a shaft and a file axis; (ii) providing a fixture including a file groove being defined by one or more displacement members, the file groove configured for receiving the shaft; (iii) inserting at least a portion of the shaft into the fixture along the file groove, the portion of the shaft including a first portion of the shaft; (iv) contacting the first portion of the shaft with a first displacement member of the one or more displacement members such that the first portion of the shaft is displaced from the file axis thereby forming a first offset portion of the shaft; (v) heating the portion of the shaft while inserted in the fixture to a temperature of at least about 300°C for a time period of at least about 1 minute to shape-set the portion of the shaft thereby forming a shape-set nonlinear file.
A refrigerant vapor compression system comprising: a compression device having at least a first compression stage and a second compression stage arranged in series refrigerant flow relationship; a first refrigerant heat rejection heat exchanger disposed intermediate the first compression stage and the second compression stage for passing refrigerant passing from the first compression stage to the second compression stage; a second refrigerant heat rejection heat exchanger disposed downstream with respect to refrigerant flow of the second compression stage; a bypass line (90; 130) a bypass valve (92; 132) disposed in the bypass line, the bypass valve allowing or preventing refrigerant flow through the bypass line; wherein when the bypass valve allows refrigerant flow through the bypass line, at least one of the first compression stage and the second compression stage is bypassed and at least one of the first refrigerant heat rejection heat exchanger and the second refrigerant heat rejection heat exchanger is bypassed; characterised in that the bypass line (90,130) is positioned at at least one of a discharge outlet port of the first compression stage and a discharge outlet port of the second compression stage. a compression device having at least a first compression stage and a second compression stage arranged in series refrigerant flow relationship; a first refrigerant heat rejection heat exchanger disposed intermediate the first compression stage and the second compression stage for passing refrigerant passing from the first compression stage to the second compression stage; a second refrigerant heat rejection heat exchanger disposed downstream with respect to refrigerant flow of the second compression stage; a bypass line (90; 130) a bypass valve (92; 132) disposed in the bypass line, the bypass valve allowing or preventing refrigerant flow through the bypass line; wherein when the bypass valve allows refrigerant flow through the bypass line, at least one of the first compression stage and the second compression stage is bypassed and at least one of the first refrigerant heat rejection heat exchanger and the second refrigerant heat rejection heat exchanger is bypassed; characterised in that the bypass line (90,130) is positioned at at least one of a discharge outlet port of the first compression stage and a discharge outlet port of the second compression stage.
A nested ash discharge structure in a high-temperature dedusting apparatus, comprising: a nested ash hopper structure, at least comprising an inner ash hopper and an outer ash hopper which are nested in the high-temperature dedusting apparatus, wherein an inner ash flow cavity penetrating the inner ash hopper in an axial direction is disposed in the inner ash hopper, and an annular space between the inner ash hopper and the outer ash hopper forms an outer ash flow cavity; and a cooling frame structure, comprising inner cooling medium pipes and outer cooling medium pipes which are respectively disposed as a frame in the high-temperature dedusting apparatus, wherein the inner cooling medium pipes cool and support the inner ash hopper, the outer cooling medium pipes cool and support the outer ash hopper, and an overall flow direction of cooling medium in the inner cooling medium pipes and the outer cooling medium pipes is from bottom to top. a nested ash hopper structure, at least comprising an inner ash hopper and an outer ash hopper which are nested in the high-temperature dedusting apparatus, wherein an inner ash flow cavity penetrating the inner ash hopper in an axial direction is disposed in the inner ash hopper, and an annular space between the inner ash hopper and the outer ash hopper forms an outer ash flow cavity; and a cooling frame structure, comprising inner cooling medium pipes and outer cooling medium pipes which are respectively disposed as a frame in the high-temperature dedusting apparatus, wherein the inner cooling medium pipes cool and support the inner ash hopper, the outer cooling medium pipes cool and support the outer ash hopper, and an overall flow direction of cooling medium in the inner cooling medium pipes and the outer cooling medium pipes is from bottom to top.
A nozzle repair method for a nozzle in which an in-core instrumentation cylinder is inserted into an attachment hole formed in a semi-spherical portion of a nuclear reactor vessel and the inner surface side of the semi-spherical portion is groove-welded so as to fix the in-core instrumentation cylinder, the nozzle repair method comprising: removing a connection portion with respect to the in-core instrumentation cylinder in a groove-welding portion; removing the in-core instrumentation cylinder from the semi-spherical portion; forming a surface buttered-welding portion by buttered-welding the surface of the groove-welding portion; forming a welding groove by grooving the surface buttered-welding portion; characterised by inserting a new in-core instrumentation cylinder provided with a circumferential groove portion outside an instrumentation equipment guide passage into the attachment hole; and fixing the new in-core instrumentation cylinder by groove-welding the welding groove. removing a connection portion with respect to the in-core instrumentation cylinder in a groove-welding portion; removing the in-core instrumentation cylinder from the semi-spherical portion; forming a surface buttered-welding portion by buttered-welding the surface of the groove-welding portion; forming a welding groove by grooving the surface buttered-welding portion; characterised by inserting a new in-core instrumentation cylinder provided with a circumferential groove portion outside an instrumentation equipment guide passage into the attachment hole; and fixing the new in-core instrumentation cylinder by groove-welding the welding groove.
A load carrier mountable on the rear of a vehicle, comprising a base frame having a cross beam and two lower vehicle support portions coupled to the cross beam at afirst end portion and supportable on the vehicle at a vehicle coupling portion thereof, wherein the two vehicle support portions are arranged at a distance with respect to each other on the cross beam, and an attachment device having an engagement device couplable to the vehicle so as to clamp the coupling portions and the engagement device on the vehicle, characterized in that at least one of the coupling portions comprises two engaging portions (611, 612; 702, 704) arranged at a distance from each other and both coupled to an end portion of a common force transfer member (620; 706), wherein the coupling portion comprising the two engaging portions (611, 612; 702, 704) is configured to clasp an edge portion of the trunk lid at individual separated positions. a base frame having a cross beam and two lower vehicle support portions coupled to the cross beam at afirst end portion and supportable on the vehicle at a vehicle coupling portion thereof, wherein the two vehicle support portions are arranged at a distance with respect to each other on the cross beam, and an attachment device having an engagement device couplable to the vehicle so as to clamp the coupling portions and the engagement device on the vehicle, characterized in that at least one of the coupling portions comprises two engaging portions (611, 612; 702, 704) arranged at a distance from each other and both coupled to an end portion of a common force transfer member (620; 706), wherein the coupling portion comprising the two engaging portions (611, 612; 702, 704) is configured to clasp an edge portion of the trunk lid at individual separated positions.