mhurhangee/patent-ind-claim-en huggingface dataset:
A container assembly for storing a cell or biological sample, said assembly comprising: a container having a side , an open top end , and an internal dimension to contain a volume of a reagent sufficient to treat a biological sample; a cap for coupling to and closing said open top end of said container ; and a sample holder having a closure member and an internal cavity with a dimension for receiving a biological sample, said sample holder having a plurality of fluid openings into said cavity enable free flow of said reagent into said cavity, said sample holder having a dimension to fit in said container below said cap and to immerse said cavity in said reagent, said sample holder being separate from said cap , characterized in that wherein said sample holder is removably coupled to said container , wherein said container has a bottom wall with a recess , said recess having a dimension to receive said sample holder by a friction fit or interference fit, and wherein said sample holder has a base dimensioned to fit in said recess in said bottom wall of said container to removably couple said sample holder to said base . a container having a side , an open top end , and an internal dimension to contain a volume of a reagent sufficient to treat a biological sample; a cap for coupling to and closing said open top end of said container ; and a sample holder having a closure member and an internal cavity with a dimension for receiving a biological sample, said sample holder having a plurality of fluid openings into said cavity enable free flow of said reagent into said cavity, said sample holder having a dimension to fit in said container below said cap and to immerse said cavity in said reagent, said sample holder being separate from said cap , characterized in that wherein said sample holder is removably coupled to said container , wherein said container has a bottom wall with a recess , said recess having a dimension to receive said sample holder by a friction fit or interference fit, and wherein said sample holder has a base dimensioned to fit in said recess in said bottom wall of said container to removably couple said sample holder to said base .
A method for acquiring system information, SI, by a User Equipment, UE, wherein a SI table is pre-acquired by the UE, the pre-acquired SI table comprises a SI table pre-configured or pre-stored in the UE, and the pre-acquired SI table comprises SI table indices, SI and a parameter configuration of the SI, the method is characterized by comprising: receiving , by the UE, a SI table index periodically broadcast by a network side device; comparing the received SI table index with the SI table indices in the pre-acquired SI table, and determining the content of the pre-acquired SI table as valid if the received SI table index is comprised in the SI table indices in the pre-acquired SI table; and when the content of the pre-acquired SI table is determined as valid, acquiring , by the UE, the SI from the pre-acquired SI table based on the received SI table index. receiving , by the UE, a SI table index periodically broadcast by a network side device; comparing the received SI table index with the SI table indices in the pre-acquired SI table, and determining the content of the pre-acquired SI table as valid if the received SI table index is comprised in the SI table indices in the pre-acquired SI table; and when the content of the pre-acquired SI table is determined as valid, acquiring , by the UE, the SI from the pre-acquired SI table based on the received SI table index.
A trimmer razor , comprising: a handle ; a head -operatively connected to the handle , the head comprising a base member , a seat extending from the base member , and a cover connected to the seat ; and an extension arrangement connecting the cover to the handle so that, upon rotation of the handle , the cover is movable between an open position in which the cover is spaced from the seat and a closed position in which the cover is clamped to the seat , characterized in that the extension arrangement comprises a screw member threadedly connected to the handle and the base member . a handle ; a head -operatively connected to the handle , the head comprising a base member , a seat extending from the base member , and a cover connected to the seat ; and an extension arrangement connecting the cover to the handle so that, upon rotation of the handle , the cover is movable between an open position in which the cover is spaced from the seat and a closed position in which the cover is clamped to the seat , characterized in that the extension arrangement comprises a screw member threadedly connected to the handle and the base member .
A system comprising: an optical fiber configured to discharge laser energy ; and a cauterization member configured to move relative to the optical fiber , wherein the optical fiber is configured to direct laser energy toward a cauterization portion of the cauterization member to generate thermal energy to cauterize tissue. an optical fiber configured to discharge laser energy ; and a cauterization member configured to move relative to the optical fiber , wherein the optical fiber is configured to direct laser energy toward a cauterization portion of the cauterization member to generate thermal energy to cauterize tissue.
A method for detecting thermal runaway of a battery pack including at least one battery module in a master battery management system, BMS, the method comprising: detecting a communication error with at least one slave BMS that is configured to detect information on the at least one battery module; if a communication error with the at least one BMS is detected, obtaining the temperature of a master board from a temperature sensor located on the master board in which the master BMS is installed or obtaining the temperature of battery coolant that cools the at least one battery module; and detecting thermal runaway of the battery pack using the temperature of the master board or the temperature of the battery coolant. detecting a communication error with at least one slave BMS that is configured to detect information on the at least one battery module; if a communication error with the at least one BMS is detected, obtaining the temperature of a master board from a temperature sensor located on the master board in which the master BMS is installed or obtaining the temperature of battery coolant that cools the at least one battery module; and detecting thermal runaway of the battery pack using the temperature of the master board or the temperature of the battery coolant.
Method for waste disposal, comprising - a step of treating waste , during which leachates are generated; - a step of biofiltering aerial effluents of said waste in a biofilter ; characterized in that it further comprises a step of recirculating into said biofilter the leachates generated by said waste . - a step of treating waste , during which leachates are generated; - a step of biofiltering aerial effluents of said waste in a biofilter ;
Method for supplying green tyre manufacturing machines with elastomeric products by means of a supply facility , each product being arranged on a non-stick backing , the assembly made up of the product and the non-stick backing being wound onto a reel , said facility comprising a loading member and at least one transfer member comprising a unwinder , the method being characterized in that the supply facility comprises a preparation station , said preparation station comprising a manipulator arm able to manipulate the product and the non-stick backing, and at least one motor able to drive the rotation of the reel loaded onto the unwinder, the preparation station and the unwinder being distinct from the green tyre manufacturing machine, the method comprising the following successive operations: loading the reel onto the unwinder using the loading member, positioning the end of the assembly wound on the reel using the motor of the preparation station, arranging the end of the product and the end of the non-stick backing in such a way that the end of the product is laid on a dispenser of the unwinder and that the end of the non-stick backing is wound onto a bobbin of the unwinder, using the manipulator arm, transferring the reel from the preparation station to the green tyre manufacturing machine, using the first transfer member. loading the reel onto the unwinder using the loading member, positioning the end of the assembly wound on the reel using the motor of the preparation station, arranging the end of the product and the end of the non-stick backing in such a way that the end of the product is laid on a dispenser of the unwinder and that the end of the non-stick backing is wound onto a bobbin of the unwinder, using the manipulator arm, transferring the reel from the preparation station to the green tyre manufacturing machine, using the first transfer member.
A wiring structure of a wire harness (W) comprising: an adhesive member attached to a surface of a roof lining of an automobile; and a wire harness (W) configured to be wired by being fixed to the adhesive member laid on a surface of a roof lining of an automobile, wherein the wire harness (W) comprises restraint portions (K), in which a bundle of electric wires (Wa) is restrained in a flat shape by being sandwiched between two tapes , which are provided in the length direction of the wire harness (W), the restraint portions (K) comprise an adhesive surface provided on an inner surface of at least one of the two tapes and to which the electric wires (Wa) sandwiched between the two belt-shaped tapes are attached, both side edges of the two belt-shaped tapes in the width direction are fixed to each other, and the electric wires (Wa) sandwiched between the two belt-shaped tapes are arranged side by side in the width direction of the tapes , and an outer surface of one of the two tapes is attached to the adhesive member , whereby the wire harness (W) is fixed to the surface of the roof lining an adhesive member attached to a surface of a roof lining of an automobile; and a wire harness (W) configured to be wired by being fixed to the adhesive member laid on a surface of a roof lining of an automobile, wherein the wire harness (W) comprises restraint portions (K), in which a bundle of electric wires (Wa) is restrained in a flat shape by being sandwiched between two tapes , which are provided in the length direction of the wire harness (W), the restraint portions (K) comprise an adhesive surface provided on an inner surface of at least one of the two tapes and to which the electric wires (Wa) sandwiched between the two belt-shaped tapes are attached, both side edges of the two belt-shaped tapes in the width direction are fixed to each other, and the electric wires (Wa) sandwiched between the two belt-shaped tapes are arranged side by side in the width direction of the tapes , and an outer surface of one of the two tapes is attached to the adhesive member , whereby the wire harness (W) is fixed to the surface of the roof lining
A compound of formula 1, X-T b -V a -U-Y-Z , wherein the compound of formula 1 is selected from X1 and X2
An end fitting comprising an engagement head for a subsea riser , the engagement head being arranged to be engaged with a subsea foundation in a longitudinal engagement direction and the engagement head comprising: a connector hub that is offset laterally from a central longitudinally-extending flow axis ; a connector pipe in fluid communication with the connector hub , which pipe extends from the flow axis to the connector hub ; and a counterweight that is opposed to the connector hub and the connector pipe about the flow axis ; characterised in that the end fitting further comprises a pivot joint assembly having a first part that is attachable to or integral with the engagement head and a second part that is pivotable relative to the first part about a centre of rotation that is substantially aligned with the flow axis . a connector hub that is offset laterally from a central longitudinally-extending flow axis ; a connector pipe in fluid communication with the connector hub , which pipe extends from the flow axis to the connector hub ; and a counterweight that is opposed to the connector hub and the connector pipe about the flow axis ; characterised in that the end fitting further comprises a pivot joint assembly having a first part that is attachable to or integral with the engagement head and a second part that is pivotable relative to the first part about a centre of rotation that is substantially aligned with the flow axis .
Ignition device consisting of a mechanical trigger , a thermal or shock tube of variable length and a detonator for military or police use, whereby the detonator , which is designed to suit a variety of explosive charges, is arranged together with the tube in a protective tube , the front end having end plates and the rear end having an end disc fixing the detonator and the tube end , whereby the tube enclosing the detonator is mounted in the protective tube and is arranged and designed to be extractable from the protective tube with the detonator , characterised in that the trigger is also arranged in the protective tube and fixed by the end plate and surrounded by the tube and the protective tube having a receiving inner tube holding the windings of the tube , whereby the tube is covered to the inner wall of the protective tube by heat shrink tubing .
Device for measuring the relative travelling speed of a fluid in relation to an object, the device comprising a main body adapted to be installed on the object and wherein a cavity that is open toward the outside by a single opening is grazed by the relative movement of said fluid in relation to said main body along an axis X, which generates, within said cavity , a self-sustained oscillating phenomenon dependent on the travelling speed of said fluid, the main body being adapted to be installed on an installation surface of the object and comprising an upstream wall and a downstream wall, the height whereof is greater than that of the upstream wall , the downstream wall being inclined relative to the plane that is normal to the axis X, the device comprising at least one sensor , the one or more sensors being installed in walls of the cavity , or against said walls, by a holding system, and exploiting said self-sustained oscillating phenomenon by cooperating with at least one computer in order to compute the relative travelling speed of said fluid.
A power line communication apparatus that is provided in a vehicle comprising an electrical storage apparatus that stores power supplied from a charging apparatus outside a vehicle body via a power line , and a wheel driving section that rotates a wheel by means of power stored in the electrical storage apparatus , the power line communication apparatus comprising: an communication section that performs authentication processing with an authentication apparatus outside the vehicle body via the power line before the charging apparatus supplies power to the electrical storage apparatus ; and characterized by a power supply section that supplies power to the communication section during the authentication processing. an communication section that performs authentication processing with an authentication apparatus outside the vehicle body via the power line before the charging apparatus supplies power to the electrical storage apparatus ; and characterized by a power supply section that supplies power to the communication section during the authentication processing.
Vehicle structure front portion , the front portion comprising: a support ; and a junction comprising: a first zone fixed to the support , a second zone intended to maintain a vehicle front wing , and a first branch connecting the first zone to the second zone ; the support being adapted to be deformed at the level of the first zone at the time of a front impact against the vehicle; said junction further comprising a second branch connecting the first zone to the second zone , and which is offset from the first branch inside the first zone , said front portion being characterised in that the junction comprises a scallop separating the branches and extending beyond the support . a support ; and a junction comprising: a first zone fixed to the support , a second zone intended to maintain a vehicle front wing , and a first branch connecting the first zone to the second zone ; the support being adapted to be deformed at the level of the first zone at the time of a front impact against the vehicle; said junction further comprising a second branch connecting the first zone to the second zone , and which is offset from the first branch inside the first zone , said front portion being characterised in that the junction comprises a scallop separating the branches and extending beyond the support . a first zone fixed to the support , a second zone intended to maintain a vehicle front wing , and a first branch connecting the first zone to the second zone ; the support being adapted to be deformed at the level of the first zone at the time of a front impact against the vehicle; said junction further comprising a second branch connecting the first zone to the second zone , and which is offset from the first branch inside the first zone , said front portion being characterised in that the junction comprises a scallop separating the branches and extending beyond the support .
A flame-retardant thermoplastic resin composition comprising (A) a thermoplastic resin containing a repeating unit having an arylene group, an ether group, and a carbonyl group and (B) a thermoplastic fluorine-containing resin, wherein the weight ratio of the thermoplastic resin (A) and the thermoplastic fluorine-containing resin (B) in the former/the latter is 95/5 to 99/1, wherein the thermoplastic fluorine-containing resin (B) is dispersed in the form of particles in the thermoplastic resin (A) to form a dispersed phase, and the dispersed phase has an average particle diameter of not more than 0.7 μm, the average particle diameter of the dispersed phase being determined by observing a sheet formed from the thermoplastic resin composition with a transmission electron microscope and binarizing the resulting image with an optically analyzing apparatus to calculate the average particle diameter of the dispersed phase, and wherein the thermoplastic fluorine-containing resin (B) comprises a copolymer of tetrafluoroethylene and at least one member selected from the group consisting of hexafluoropropylene and a perfluoro(C 1-3 alkyl vinyl ether).
A process for manufacturing a hybrid biocompatible carrier (hybridosome), said process comprising: (a) providing a first vesicle comprising a membrane and one or more therapeutic and/or diagnostic agents encapsulated within said first vesicle, wherein said first vesicle has been produced in vitro, wherein said first vesicle is selected from the group consisting of lipid-based nanoparticles (LNPs), liposomes, polymer-stabilized LNPs, cerasomes, sphingosomes, niosomes, polymersomes, synthetic-nanoparticle stabilized LNPs, core-shell lipid-polymer hybrid nanoparticles, natural membrane-derived LNPs, and natural membrane-coated LNPs, and wherein said first vesicle comprises at least one fusogenic moiety enabling or enhancing the disruption of a membrane or lipid mixing between a membrane and a lipid bilayer, wherein the at least one fusogenic moiety is an ionizable cationic lipid having at least one protonatable or deprotonatable group, such that the lipid is positively charged at a pH at or below physiological pH, and neutral at or above physiological pH; (b) providing a second vesicle comprising a lipid bilayer, which is produced in vivo and is released into the extracellular environment; and (c) contacting said first vesicle with said second vesicle at a pH below 7.4 and at a temperature of between 0°C and 60°C, thereby uniting said first vesicle with said second vesicle and producing said hybridosome. (a) providing a first vesicle comprising a membrane and one or more therapeutic and/or diagnostic agents encapsulated within said first vesicle, wherein said first vesicle has been produced in vitro, wherein said first vesicle is selected from the group consisting of lipid-based nanoparticles (LNPs), liposomes, polymer-stabilized LNPs, cerasomes, sphingosomes, niosomes, polymersomes, synthetic-nanoparticle stabilized LNPs, core-shell lipid-polymer hybrid nanoparticles, natural membrane-derived LNPs, and natural membrane-coated LNPs, and wherein said first vesicle comprises at least one fusogenic moiety enabling or enhancing the disruption of a membrane or lipid mixing between a membrane and a lipid bilayer, wherein the at least one fusogenic moiety is an ionizable cationic lipid having at least one protonatable or deprotonatable group, such that the lipid is positively charged at a pH at or below physiological pH, and neutral at or above physiological pH; (b) providing a second vesicle comprising a lipid bilayer, which is produced in vivo and is released into the extracellular environment; and (c) contacting said first vesicle with said second vesicle at a pH below 7.4 and at a temperature of between 0°C and 60°C, thereby uniting said first vesicle with said second vesicle and producing said hybridosome.
A lubricating composition comprising: an oil of lubricating viscosity; at least 0.15 weight percent of an N-alkyl naphthylamine; and at least 0.1 weight percent of at least one ashless antioxidant selected from a diarylamine antioxidant, a phenolic antioxidant, and mixtures thereof, wherein the lubricating composition has a phosphorus content of less than 0.15 weight percent. an oil of lubricating viscosity; at least 0.15 weight percent of an N-alkyl naphthylamine; and at least 0.1 weight percent of at least one ashless antioxidant selected from a diarylamine antioxidant, a phenolic antioxidant, and mixtures thereof, wherein the lubricating composition has a phosphorus content of less than 0.15 weight percent.
An airfoil comprising: a composite core with a first Young's Modulus in a spanwise direction, wherein the core comprises first fibers made of HiNicalon-STM and/or SCS-6TM; and an outer section at least partially surrounding the core with a second Young's Modulus in the spanwise direction, wherein the first Young's Modulus is higher than the second Young's Modulus, wherein the outer section comprises a plurality of plies formed of HiNicalonTM, and wherein the first fibers are unidirectional in the spanwise direction. a composite core with a first Young's Modulus in a spanwise direction, wherein the core comprises first fibers made of HiNicalon-STM and/or SCS-6TM; and an outer section at least partially surrounding the core with a second Young's Modulus in the spanwise direction, wherein the first Young's Modulus is higher than the second Young's Modulus, wherein the outer section comprises a plurality of plies formed of HiNicalonTM, and wherein the first fibers are unidirectional in the spanwise direction.