mhurhangee/patent-ind-claim-en huggingface dataset:
A flow control valve comprising: a valve body including a valve chamber and a valve orifice ; and a valve element with a curved surface portion adapted to change a flow rate of a fluid through the valve orifice in accordance with a lift amount of the valve element , the curved surface portion having a curvature or a control angle that is increased continuously or in stages toward a tip end of the curved surface portion , wherein an orifice diameter of the valve orifice is sequentially increased in four or more stages in a direction away from the valve chamber , wherein a valve orifice length (L2) of a second valve orifice portion that is continuous with a first valve orifice portion located on a side of the valve chamber is longer than a valve orifice length (L3) of a third valve orifice portion that is continuous with the second valve orifice portion and a valve orifice length (L4) of a fourth valve orifice portion that is continuous with the third valve orifice portion , wherein provided that a volume of the first valve orifice portion is V1, a volume of the second valve orifice portion is V2, a volume of the third valve orifice portion is V3, and a volume of the fourth valve orifice portion is V4, V2 > V4 > V3 > V1, characterized in that each valve orifice portion has a cylindrical portion, and in that a volume ratio of the second valve orifice portion to the fourth valve orifice portion is (V2/V4) > 1.4, and a volume ratio of the second valve orifice portion to the third valve orifice portion is (V2/V3) > 1.6. a valve body including a valve chamber and a valve orifice ; and a valve element with a curved surface portion adapted to change a flow rate of a fluid through the valve orifice in accordance with a lift amount of the valve element , the curved surface portion having a curvature or a control angle that is increased continuously or in stages toward a tip end of the curved surface portion , wherein an orifice diameter of the valve orifice is sequentially increased in four or more stages in a direction away from the valve chamber , wherein a valve orifice length (L2) of a second valve orifice portion that is continuous with a first valve orifice portion located on a side of the valve chamber is longer than a valve orifice length (L3) of a third valve orifice portion that is continuous with the second valve orifice portion and a valve orifice length (L4) of a fourth valve orifice portion that is continuous with the third valve orifice portion , wherein provided that a volume of the first valve orifice portion is V1, a volume of the second valve orifice portion is V2, a volume of the third valve orifice portion is V3, and a volume of the fourth valve orifice portion is V4, V2 > V4 > V3 > V1, characterized in that each valve orifice portion has a cylindrical portion, and in that a volume ratio of the second valve orifice portion to the fourth valve orifice portion is (V2/V4) > 1.4, and a volume ratio of the second valve orifice portion to the third valve orifice portion is (V2/V3) > 1.6.
A children's bouncer device comprising: a base configured to support the device on a support surface; a child-supporting portion supported above the base and configured to support a child; and at least one non-metal resilient biasing element operatively engaged between the base and the child-supporting portion to allow a bouncing motion of the child-supporting portion relative to the base , wherein the resilient biasing element comprises a body formed of a polymeric elastomer material, the body comprising a first side attached to the base , a second side attached to the child supporting portion , and at least one interconnecting member extending between the first side and the second side, wherein the at least one interconnecting member elastically and resiliently deforms and imparts a counter-biasing force on the child-supporting portion in response to the bouncing motion, characterised in that the resilient biasing element comprises a panel of the polymeric elastomer material defining a plurality of openings and forming a spaced array of support struts . a base configured to support the device on a support surface; a child-supporting portion supported above the base and configured to support a child; and at least one non-metal resilient biasing element operatively engaged between the base and the child-supporting portion to allow a bouncing motion of the child-supporting portion relative to the base , wherein the resilient biasing element comprises a body formed of a polymeric elastomer material, the body comprising a first side attached to the base , a second side attached to the child supporting portion , and at least one interconnecting member extending between the first side and the second side, wherein the at least one interconnecting member elastically and resiliently deforms and imparts a counter-biasing force on the child-supporting portion in response to the bouncing motion, characterised in that the resilient biasing element comprises a panel of the polymeric elastomer material defining a plurality of openings and forming a spaced array of support struts .
A distributor for distributing a fluid flow from a smaller fluid plug to a more broad fluid plug, said distributor comprising a fluid input and a plurality of fluid outputs , and a channel structure in between the fluid input and the plurality of fluid outputs , the channel structure comprising alternatingly bifurcating channel substructures and common channel substructures wherein said substructures are arranged so that fluid exiting different channels from a bifurcating channel substructure mixes in a subsequent common channel substructure , and whereby fluid channels of the bifurcating channel substructure are arranged such that these do not contact the subsequent common channel substructure at the edges thereof, wherein the common channel substructure is arranged such that its length axis is substantially perpendicular to a net forward flow of the structure and said edges of the common channel substructure correspond with their end points.
A shield configured to be rotatably coupled to a chamber body of a process chamber of an apparatus for processing substrates in the process chamber , the shield having at least one hole and at least one shunt , wherein the at least one hole is configured to expose at least one of a plurality of targets to be sputtered, and wherein the at least one shunt is configured to shield at least one of a plurality of targets not to be sputtered, and made of a material that inhibits magnetic radiation from permeating an interior volume of the chamber body , wherein the shield is configured to rotate about and linearly move along a central axis of the process chamber . the shield having at least one hole and at least one shunt , wherein the at least one hole is configured to expose at least one of a plurality of targets to be sputtered, and wherein the at least one shunt is configured to shield at least one of a plurality of targets not to be sputtered, and made of a material that inhibits magnetic radiation from permeating an interior volume of the chamber body , wherein the shield is configured to rotate about and linearly move along a central axis of the process chamber .
A method of making an elastic core assembly , comprising: conveying a first substrate (S2) of a first nonwoven sheet; depositing absorbent material (S) on the first substrate; applying an elastic construction (214, EC, O1) onto the first substrate with absorbent material thereon; wherein the elastic construction comprises a plurality of spaced apart elastic filaments (E), wherein said applying includes attaching each elastic filament of the elastic construction to the first nonwoven sheet at a plurality of bond sites (B), wherein said elastic filaments are directed generally in the lateral, cross-machine direction; and applying a second substrate (S2) of a second nonwoven sheet over the first substrate with the elastic construction applied thereon and absorbent material deposited thereon, wherein said applying said second substrate forms a plurality of capsules (C) between said first and second substrates, said capsules containing said absorbent material, and wherein said capsules are directed generally in the longitudinal direction and transverse to the direction of said elastic filaments. conveying a first substrate (S2) of a first nonwoven sheet; depositing absorbent material (S) on the first substrate; applying an elastic construction (214, EC, O1) onto the first substrate with absorbent material thereon; wherein the elastic construction comprises a plurality of spaced apart elastic filaments (E), wherein said applying includes attaching each elastic filament of the elastic construction to the first nonwoven sheet at a plurality of bond sites (B), wherein said elastic filaments are directed generally in the lateral, cross-machine direction; and applying a second substrate (S2) of a second nonwoven sheet over the first substrate with the elastic construction applied thereon and absorbent material deposited thereon, wherein said applying said second substrate forms a plurality of capsules (C) between said first and second substrates, said capsules containing said absorbent material, and wherein said capsules are directed generally in the longitudinal direction and transverse to the direction of said elastic filaments.
An auxiliary power unit compartment for an aircraft, comprising an auxiliary power unit placed in the auxiliary power unit compartment , the auxiliary power unit comprising a metallic housing having mounts for attaching the housing to the auxiliary power unit compartment the auxiliary power unit further comprising : - at least one temperature sensor suitable for detecting temperature under fire conditions, wherein said temperature sensor is coupled with said mounts for sensing temperature at the housing , said mounts further comprising a portion of the housing that is adjacent to said mounts, the adjacent portion being at a distance lower than one third of the longer dimension of the housing with respect to the mount , - a detector wiring routing along the auxiliary power unit and the auxiliary power unit compartment for detecting temperature, - an electrical signal transducer, - and a fire detection unit, - wherein the temperature sensor is in communication with the electrical signal transducer, which is configured to combine the electrical signals received from the temperature sensor and from the detector wiring to provide a common signal for feeding the fire detection unit, - and, wherein the fire detection unit is programmed for triggering a fire detection alarm when the temperature sensed exceeds a pre-established threshold. - at least one temperature sensor suitable for detecting temperature under fire conditions, wherein said temperature sensor is coupled with said mounts for sensing temperature at the housing , said mounts further comprising a portion of the housing that is adjacent to said mounts, the adjacent portion being at a distance lower than one third of the longer dimension of the housing with respect to the mount , - a detector wiring routing along the auxiliary power unit and the auxiliary power unit compartment for detecting temperature, - an electrical signal transducer, - and a fire detection unit, - wherein the temperature sensor is in communication with the electrical signal transducer, which is configured to combine the electrical signals received from the temperature sensor and from the detector wiring to provide a common signal for feeding the fire detection unit, - and, wherein the fire detection unit is programmed for triggering a fire detection alarm when the temperature sensed exceeds a pre-established threshold.
Soil-working machine comprising a chassis with work tools and a reference member arranged at the rear of the work tools , taking into consideration the direction of advance (A), the chassis carrying at least one transverse beam on which the reference member is connected by means of two arms which are remote from one another, the work tools are distributed beneath the transverse beam and are driven in rotation via a gearbox , a lateral casing and a secondary transmission shaft extending substantially horizontally and transversely with respect to the direction of advance (A) during work, an adjustment device of the working depth of the work tools is provided between each arm and the transverse beam , characterized in that at least one adjustment device of the working depth extends, in side view, substantially in front of a vertical plane passing through the centre of the secondary transmission shaft , taking into consideration the direction of advance (A), in that the adjustment device of the working depth is hydraulically adjustable and has a single-acting hydraulic jack , in that the hydraulic jack is guided at one of its ends in a groove , and in that the groove has the form of an arc of a circle, the centre of which is the axis of the front articulation .
A power generating system having a turbine in connection with one or more compressors for converting energy fed to the turbine into mechanical energy of a rotatable power shaft and to compress air with one or more compressors , a combustion chamber arranged to receive fuel from a fuel tank and compressed air to initiate a cyclic combustion process comprising a compression phase and an expansion phase and to output combustion products into the turbine for rotating the rotor of the turbine and thereby rotating the power shaft, and one or more fuel input valves for providing the fuel to the combustion chamber , one or more air input valves for providing the compressed air to the combustion chamber , a control unit for controlling said one or more fuel input valves and the one or more air input valves in order to control the combustion process, characterized in that the system further comprises a turbocharger for compressing air for the combustion process, and means for powering said turbocharger using a heat source and a circulation of fluid, the means configured to boil the fluid with heat of said heat source in a turbocharger heat exchanger , said turbocharger heat exchanger being in a fluid connection with the heat source and the circulation of fluid for powering said turbocharger with said circulation of fluid. a turbine in connection with one or more compressors for converting energy fed to the turbine into mechanical energy of a rotatable power shaft and to compress air with one or more compressors , a combustion chamber arranged to receive fuel from a fuel tank and compressed air to initiate a cyclic combustion process comprising a compression phase and an expansion phase and to output combustion products into the turbine for rotating the rotor of the turbine and thereby rotating the power shaft, and one or more fuel input valves for providing the fuel to the combustion chamber , one or more air input valves for providing the compressed air to the combustion chamber , a control unit for controlling said one or more fuel input valves and the one or more air input valves in order to control the combustion process, characterized in that the system further comprises a turbocharger for compressing air for the combustion process, and means for powering said turbocharger using a heat source and a circulation of fluid, the means configured to boil the fluid with heat of said heat source in a turbocharger heat exchanger , said turbocharger heat exchanger being in a fluid connection with the heat source and the circulation of fluid for powering said turbocharger with said circulation of fluid.
A prosthetic knit comprising at least first monofilament yarns of biocompatible polymer material defining first and second opposite faces, at least the second face including openings, and at least a second biocompatible and heat-fusible monofilament yarn which forms barbs that protrude outward from at least said first face, wherein the openings and the barbs are distributed such that when the knit is rolled upon itself at least some of the barbs present on the first face are caused to be trapped within some of the openings on the second face, wherein the first yarn and the second yarn are knit on a warp knitting machine having at least three guide bars B1, B2, B3, according to ISO 11676 standard, characterised by the first yarn following the chart of bars B1 and B2: - Bar B1: 1.0/0.1// - Bar B2: 1.0/7.7/6.6/7.7// the second yarn following the chart of bar B3 forming inlays linking a pair of barbs in every second course such that when a knit sample of 5 cm x 10 cm, if tested as described in conjunction with Figures 3, 4A and 4B, is unrolled, the trapped barbs will be released from the openings of the second face by applying an average force of 1.13 ± 0.33 N. - Bar B1: 1.0/0.1// - Bar B2: 1.0/7.7/6.6/7.7//
A network node , comprising: processing circuitry , the processing circuitry including a processor and a memory , the memory containing instructions that, when executed by the processor , configure the processor to: configure a reception monitoring resource indicating whether there is at least a possibility that a wireless device is scheduled to receive data in a subframe; and the reception monitoring resource being configured to cause the wireless device to bypass decoding of at least one control channel candidate in the subframe when the reception monitoring resource indicates the wireless device is not scheduled to read data in the subframe, wherein the reception monitoring resource is a reused resource that provides functionality in addition to reception monitoring, and wherein the functionality of the reception monitoring resource in addition to reception monitoring includes providing Hybrid Automatic Repeat Request, HARQ, acknowledgements; and a transmitter in communication with the processing circuitry , the transmitter configured to transmit the reception monitoring resource to the wireless device in the subframe. configure a reception monitoring resource indicating whether there is at least a possibility that a wireless device is scheduled to receive data in a subframe; and the reception monitoring resource being configured to cause the wireless device to bypass decoding of at least one control channel candidate in the subframe when the reception monitoring resource indicates the wireless device is not scheduled to read data in the subframe, wherein the reception monitoring resource is a reused resource that provides functionality in addition to reception monitoring, and wherein the functionality of the reception monitoring resource in addition to reception monitoring includes providing Hybrid Automatic Repeat Request, HARQ, acknowledgements; and a transmitter in communication with the processing circuitry , the transmitter configured to transmit the reception monitoring resource to the wireless device in the subframe.
A boron-free and halogen-free and catalyst-free treatment composition for timber and/or wood, comprising a) a fire-retardant comprising the moiety -N-C(=X)-N- with X being O, S or substituted or unsubstituted nitrogen; and at least one of the components b) or c): b) a cross-linking agent; c) a fixing agent. a) a fire-retardant comprising the moiety -N-C(=X)-N- with X being O, S or substituted or unsubstituted nitrogen; b) a cross-linking agent; c) a fixing agent.
A perimeter for measuring a visual field of a subject eye by conducting predetermined perimetry operations for two or more measurement points of the subject eye, comprising: a memory that stores perimetry results; a perimetry result indicator that composes the perimetry result as a map image that corresponds to a fundus and indicates it on a display; an structure examination image indicator that obtains a structure examination image of the subject eye on which the perimetry is conducted and indicates the obtained image on the display; a composite image preparing means that superimposes the map image on the displayed structure examination image and indicates the superimposed on the display as a composite image; a concerned area setter that sets a concerned area on the composite image; and characterised in an evaluation value computer that computes an evaluation value of the perimetry of the concerned area based upon the perimetry result and outputs it , wherein the map image is comprised of two or more divided areas that correspond to the measurement points, and the concerned area setter sets the concerned area from the two or more divided areas , wherein a weighting factor is set on each divided areas, and the evaluation value computer computes the evaluation value of the perimetry as weighting mean value of the divided areas comprising the concerned area with the weighting factor. a memory that stores perimetry results; a perimetry result indicator that composes the perimetry result as a map image that corresponds to a fundus and indicates it on a display; an structure examination image indicator that obtains a structure examination image of the subject eye on which the perimetry is conducted and indicates the obtained image on the display; a composite image preparing means that superimposes the map image on the displayed structure examination image and indicates the superimposed on the display as a composite image; a concerned area setter that sets a concerned area on the composite image; and characterised in an evaluation value computer that computes an evaluation value of the perimetry of the concerned area based upon the perimetry result and outputs it , wherein the map image is comprised of two or more divided areas that correspond to the measurement points, and the concerned area setter sets the concerned area from the two or more divided areas , wherein a weighting factor is set on each divided areas, and the evaluation value computer computes the evaluation value of the perimetry as weighting mean value of the divided areas comprising the concerned area with the weighting factor.