mhurhangee/patent-ind-claim-en huggingface dataset:
An absorbent article , comprising: a topsheet ; an absorbent core ; and a secondary topsheet positioned between the topsheet and the absorbent core , wherein the secondary topsheet comprises a hydroentangled fibrous structure , the hydroentangled fibrous structure having a basis weight between 35 grams per square meter (gsm) and 65 gsm, a machine direction (MD) bending stiffness of 0.2 mN·cm to 7 mN·cm according to EDANA Test Method WSP 090.5, and a rewet value of 0.2 g to 7.0 g according to EDANA Test Method WSP 080.10, the hydroentangled fibrous structure comprising: from 30% to 60% by weight of the hydroentangled fibrous structure of a cellulosic fibrous component; from 5% to 30% by weight of the hydroentangled fibrous structure of a non-cellulosic fibrous component; and from 30% to 55% by weight of the hydroentangled fibrous structure of a polyolefin-based binder fibrous component, the polyolefin-based binder fibrous component being a bicomponent fiber. a topsheet ; an absorbent core ; and a secondary topsheet positioned between the topsheet and the absorbent core , wherein the secondary topsheet comprises a hydroentangled fibrous structure , the hydroentangled fibrous structure having a basis weight between 35 grams per square meter (gsm) and 65 gsm, a machine direction (MD) bending stiffness of 0.2 mN·cm to 7 mN·cm according to EDANA Test Method WSP 090.5, and a rewet value of 0.2 g to 7.0 g according to EDANA Test Method WSP 080.10, the hydroentangled fibrous structure comprising: from 30% to 60% by weight of the hydroentangled fibrous structure of a cellulosic fibrous component; from 5% to 30% by weight of the hydroentangled fibrous structure of a non-cellulosic fibrous component; and from 30% to 55% by weight of the hydroentangled fibrous structure of a polyolefin-based binder fibrous component, the polyolefin-based binder fibrous component being a bicomponent fiber. from 30% to 60% by weight of the hydroentangled fibrous structure of a cellulosic fibrous component; from 5% to 30% by weight of the hydroentangled fibrous structure of a non-cellulosic fibrous component; and from 30% to 55% by weight of the hydroentangled fibrous structure of a polyolefin-based binder fibrous component, the polyolefin-based binder fibrous component being a bicomponent fiber.
A firewall for an inlet plenum assembly comprising: a forward firewall assembly including: an inlet aperture configured to receive a drive shaft rotatably coupled to an engine ; and a flexible fireproof seal constructed of a flexible fireproof material and connected to the forward firewall assembly via a seal retainer disposed around a periphery of the inlet aperture ; wherein the forward firewall assembly comprises a forward firewall upper portion and a forward firewall lower portion , the forward firewall upper portion removably attached to the forward firewall lower portion , such that in use, when the engine is to be serviced, the removable upper portion may be detached from the fixed lower portion and the engine can then be removed with the driveshaft and reduction gearbox as a complete assembly. a forward firewall assembly including: an inlet aperture configured to receive a drive shaft rotatably coupled to an engine ; and a flexible fireproof seal constructed of a flexible fireproof material and connected to the forward firewall assembly via a seal retainer disposed around a periphery of the inlet aperture ; wherein the forward firewall assembly comprises a forward firewall upper portion and a forward firewall lower portion , the forward firewall upper portion removably attached to the forward firewall lower portion , such that in use, when the engine is to be serviced, the removable upper portion may be detached from the fixed lower portion and the engine can then be removed with the driveshaft and reduction gearbox as a complete assembly.
A system for positioning a patient on a treatment table for some type of therapy that is to be repeated, wherein the position of at least a portion of the patient's body to be treated is to be held in a predetermined fixed position, said system comprising: a patient support panel and at least one positioning component arranged to be releasably mounted on the patient support panel at a desired position thereon to hold the at least one portion of the patient's body at the desired position, said patient support panel comprising: a generally planar member having a pair of longitudinally extending side rails , each of said side rails having a series of longitudinally spaced indexing apertures , said apertures are aligned in pairs for releasably mounting a first wherein positioning component of the at least one positioning component between any of said pairs at a desired longitudinal position along said patient support panel via a component mounting bar having at least one pin projecting upward therefrom for receipt within the first component, wherein said component mounting bar includes a pair of end pieces , one of said end pieces arranged for frictional engagement with one of said apertures in any of said pairs of apertures and the other of said end pieces being arranged for frictional engagement with the other of said apertures in said pair of apertures, and further wherein that a second positioning component of the at least one positioning component comprises a bridge member (152/154) that bridges said panel and includes at least one clamp having a mouth to receive a respective one of said side rails therein for direct releasable securement thereto at any longitudinal position therealong a patient support panel and at least one positioning component arranged to be releasably mounted on the patient support panel at a desired position thereon to hold the at least one portion of the patient's body at the desired position, said patient support panel comprising: a generally planar member having a pair of longitudinally extending side rails , each of said side rails having a series of longitudinally spaced indexing apertures , said apertures are aligned in pairs for releasably mounting a first wherein positioning component of the at least one positioning component between any of said pairs at a desired longitudinal position along said patient support panel via a component mounting bar having at least one pin projecting upward therefrom for receipt within the first component,
Closure apparatus for a building opening (G) in the form of a building window, having a cover element , which is tiltable in a power-operated manner in at least one adjustment movement between a closed position (S) and at least one open position (O1, O2, O3, 04), and a security apparatus , which is configured to produce a radiation curtain in a detection region (D) of the security apparatus and to detect, using the radiation curtain , the presence of an object in the detection region (D), wherein the closure apparatus is configured to stop and/or prevent the at least one adjustment movement of the cover element in dependence on a presence of an object in the detection region (D) that has been detected using the radiation curtain , wherein the at least one adjustment movement is performed over an adjustment region (V), wherein the adjustment region (V) is located between the building opening (G) and the detection region (D), wherein the detection region (D) is arranged in front of the adjustment region (V) of the cover element , which is tiltable in a power-operated manner over the adjustment region (V) towards an interior space, wherein the radiation curtain extends between mutually opposite sides of a window soffit, with the result that a person reaching into the adjustment region (V) must reach through the radiation curtain .
A device for growth of blue-green algae, said device being a photobioreactor , comprising at least one vacuum-rated and solar receiver hosting the cultivation medium , and filling completely said solar receiver , a head vessel system , located above the solar receiver, partially filled with the cultivation medium and partially filled with inert gas, a culture medium feed system for the feed of decarbonated or non-decarbonate culture medium , a carbon dioxide feed system , allowing the insertion of the carbon dioxide , which enables the photosynthesis of the blue-green algae, a harvesting system for the collection of a cultivation medium matured as final product ready for processing for extraction of the blue-green algae, a gas loop , characterized by comprising an "inert gas-push" system comprising at least a circuit connection line , a circuit isolation valve , a gas shutoff valve , a downcomer , apt to open/interrupt the recirculation path of the cultivation medium by opening/closing said valves and such as to allow, alternatively and in a cyclical pattern, the flow of cultivation medium through valve or the rapid insertion in the vertical portion of the downcomer below the vertical circuit connection line and below valve of said system a volume of inert gas, the inert gas push system being thus able to force the recirculation of the cultivation medium while minimizing the stress and shear on the molecules of blue-green algae and avoiding introduction of dissolved oxygen.
A method for power calibration, comprising: configuring various carriers under various network standards, mixing and combining the various carriers to obtain a combined signal (S101); detecting a power of the combined signal; sequentially performing a digital-to-analog, D/A, conversion processing, a Power Amplifier, PA, processing and an analog-to-digital, A/D, conversion processing on the combined signal to obtain a processed combined signal (S102; detecting a power of the processed combined signal; performing a carrier division on the processed combined signal to obtain processed carriers (S102); detecting a power of each of the processed carriers (S103); when the power of each of the processed carriers does not fall within a predetermined numerical range, adjusting a power gain of each of the carriers according to the power of each of the processed carriers, and returning to re-detect the power of each of the processed carriers (S104); and when the power of each of the processed carriers falls within the predetermined numerical range, adjusting the power gain of each of the carriers again according to the power of the combined signal and the power of the processed combined signal; ending power calibration of the carriers. configuring various carriers under various network standards, mixing and combining the various carriers to obtain a combined signal (S101); detecting a power of the combined signal; sequentially performing a digital-to-analog, D/A, conversion processing, a Power Amplifier, PA, processing and an analog-to-digital, A/D, conversion processing on the combined signal to obtain a processed combined signal (S102; detecting a power of the processed combined signal; performing a carrier division on the processed combined signal to obtain processed carriers (S102); detecting a power of each of the processed carriers (S103); when the power of each of the processed carriers does not fall within a predetermined numerical range, adjusting a power gain of each of the carriers according to the power of each of the processed carriers, and returning to re-detect the power of each of the processed carriers (S104); and when the power of each of the processed carriers falls within the predetermined numerical range, adjusting the power gain of each of the carriers again according to the power of the combined signal and the power of the processed combined signal; ending power calibration of the carriers.
An access point, AP , that is part of a basic service set, BSS, and configured to provide multi-channel, MC, access to at least one station, STA , in the BSS, the AP comprising: a receiver configured to receive at least a first beacon frame from at least one other access point/personal basic service set, PBSS, control point, AP/PCP, associated with at least one overlapping basic service set, OBSS, wherein the first beacon frame includes at least service period, SP scheduling information for the OBSS; and a transmitter and a processor configured to transmit a second beacon frame to the at least one STA in the BSS, wherein the second beacon frame includes information indicating an allocated at least one SP associated with the BSS on at least two channels to be used in the BSS in a beacon interval, wherein the at least one SP on the at least two channels is allocated by the AP at least in part based on the SP scheduling information for the OBSS. a receiver configured to receive at least a first beacon frame from at least one other access point/personal basic service set, PBSS, control point, AP/PCP, associated with at least one overlapping basic service set, OBSS, wherein the first beacon frame includes at least service period, SP scheduling information for the OBSS; and a transmitter and a processor configured to transmit a second beacon frame to the at least one STA in the BSS, wherein the second beacon frame includes information indicating an allocated at least one SP associated with the BSS on at least two channels to be used in the BSS in a beacon interval, wherein the at least one SP on the at least two channels is allocated by the AP at least in part based on the SP scheduling information for the OBSS.
Compounds of Formula (I), wherein R is the carbon atom of a group, represented by: aryl, linear or branched alkenyl, linear or branched alkynyl, or linear or branched alkoxycarbonyl groups; or wherein R is the nitrogen atom of a group, represented by: linear or branched alkylamino, arylamino, linear or branched alkenylamino, or linear or branched alkynylamino groups; or, alternatively, R represents a bond between 2 molecules of formula (I) forming a dimer
An aerosol production assembly comprising: an outer body ; an aerosol precursor composition within the outer body ; an atomizer configured to vaporize the aerosol precursor composition to produce an aerosol; and a mouthpiece defining an outlet and provided at an end of the outer body so that the aerosol passes through the outlet for delivery to a user; characterized in that at least a portion of a surface of the mouthpiece is configured with a biomimicry micro-pattern that is an engineered surface topography including ordered three-dimensional features at the micro-meter scale and that mimic a surface topography of a surface of a natural organism so as to impart anti-microbial properties to at least a portion of the surface of the mouthpiece . an outer body ; an aerosol precursor composition within the outer body ; an atomizer configured to vaporize the aerosol precursor composition to produce an aerosol; and a mouthpiece defining an outlet and provided at an end of the outer body so that the aerosol passes through the outlet for delivery to a user; characterized in that at least a portion of a surface of the mouthpiece is configured with a biomimicry micro-pattern that is an engineered surface topography including ordered three-dimensional features at the micro-meter scale and that mimic a surface topography of a surface of a natural organism so as to impart anti-microbial properties to at least a portion of the surface of the mouthpiece .
A method of enabling input on a handheld electronic device , said handheld electronic device including an input apparatus , an output apparatus , and a linguistic source stored on a memory , said input apparatus having a number of keys with at least some of said keys each having at least one non-diacritical version of a linguistic element assigned thereto and at least one diacritical version of the linguistic element assigned thereto, the method comprising: detecting an input of text into said handheld electronic device ; responsive to detecting an input of text, outputting as a first output said text; detecting , as a linguistic element input, a selection of one of the number of keys having assigned thereto both said non-diacritical version and said diacritical version; determining whether to output the non-diacritical version or the diacritical version in response to the selection, the output determination comprising: determining whether the selection corresponds to an alphanumeric input for the enabled input; based on a determination that the selection corresponds to the alphanumeric input, determining whether there has been a previous input of text; in response to a determination that there has been said input of text, identifying as a preferred output the diacritical version based on determining that the text of said input of text includes a verb of a certain class; and outputting , as a second output, said preferred output. detecting an input of text into said handheld electronic device ; responsive to detecting an input of text, outputting as a first output said text; detecting , as a linguistic element input, a selection of one of the number of keys having assigned thereto both said non-diacritical version and said diacritical version; determining whether to output the non-diacritical version or the diacritical version in response to the selection, the output determination comprising: determining whether the selection corresponds to an alphanumeric input for the enabled input; based on a determination that the selection corresponds to the alphanumeric input, determining whether there has been a previous input of text; in response to a determination that there has been said input of text, identifying as a preferred output the diacritical version based on determining that the text of said input of text includes a verb of a certain class; and outputting , as a second output, said preferred output. determining whether the selection corresponds to an alphanumeric input for the enabled input; based on a determination that the selection corresponds to the alphanumeric input, determining whether there has been a previous input of text; in response to a determination that there has been said input of text, identifying as a preferred output the diacritical version based on determining that the text of said input of text includes a verb of a certain class; and outputting , as a second output, said preferred output.
A method of manufacturing a portion of a wind turbine blade , the method comprising the steps of: laying up a primary fibre material in a mould; infusing said primary fibre material with a primary resin; substantially curing said primary resin in said primary fibre material to form a cured blade element comprising at least a part of a wind turbine blade shell; laying up a secondary fibre material on top of at least a portion of said cured blade element; infusing said secondary fibre material with a secondary resin different to said primary resin, wherein said secondary resin has a higher strength level than said primary resin; and curing said secondary resin in said secondary fibre material to form an integrated reinforced section on said cured blade element , the integrated reinforced section comprising a spar cap of the wind turbine blade shell . laying up a primary fibre material in a mould; infusing said primary fibre material with a primary resin; substantially curing said primary resin in said primary fibre material to form a cured blade element comprising at least a part of a wind turbine blade shell; laying up a secondary fibre material on top of at least a portion of said cured blade element; infusing said secondary fibre material with a secondary resin different to said primary resin, wherein said secondary resin has a higher strength level than said primary resin; and curing said secondary resin in said secondary fibre material to form an integrated reinforced section on said cured blade element , the integrated reinforced section comprising a spar cap of the wind turbine blade shell .
A method for consolidating a pre-form made of powder, comprising: placing the pre-form between smart susceptors ; heating the smart susceptors to a leveling temperature by applying a varying low-strength magnetic field having a magnetic flux that passes through surfaces of the smart susceptors ; applying consolidation pressure to the pre-form at least during a time period subsequent to the temperature of the smart susceptors reaching the leveling temperature; and while consolidation pressure is being applied, applying a pulsed high- strength magnetic field having a magnetic flux that passes through a surface of the pre-form , wherein a strength of the high-strength magnetic field is greater than a peak strength of the low strength magnetic field, the strength and pulse rate of the high-strength magnetic field are selected so that the crystallographic phase of the pre-form will rapidly oscillate at a substantially constant temperature, and the pulsed high- strength magnetic field is applied sufficiently long that superplasticity of the pre-form is attained during phase oscillation; and wherein the strength of the high-strength magnetic field is greater than or equal to 0.5 tesla and the strength of the low-strength magnetic field is less than 0.1 tesla. placing the pre-form between smart susceptors ; heating the smart susceptors to a leveling temperature by applying a varying low-strength magnetic field having a magnetic flux that passes through surfaces of the smart susceptors ; applying consolidation pressure to the pre-form at least during a time period subsequent to the temperature of the smart susceptors reaching the leveling temperature; and while consolidation pressure is being applied, applying a pulsed high- strength magnetic field having a magnetic flux that passes through a surface of the pre-form , wherein a strength of the high-strength magnetic field is greater than a peak strength of the low strength magnetic field, the strength and pulse rate of the high-strength magnetic field are selected so that the crystallographic phase of the pre-form will rapidly oscillate at a substantially constant temperature, and the pulsed high- strength magnetic field is applied sufficiently long that superplasticity of the pre-form is attained during phase oscillation; and wherein the strength of the high-strength magnetic field is greater than or equal to 0.5 tesla and the strength of the low-strength magnetic field is less than 0.1 tesla.