mhurhangee/ep-ind-claims huggingface dataset:
A method for preventing the unfolding of a protein during drying and/or inducing the (re-) folding of a protein after drying, comprising the step of embedding the protein in an aqueous solution, wherein the protein is selected from antibodies, blood factors, therapeutic enzymes and therapeutic vaccines, wherein the solution comprises at least three amino acids selected from three different groups of the groups of (a) amino acids with non polar, aliphatic R groups; (b) amino acids with polar, uncharged R groups; (c) amino acids with positively charged R groups; (d) amino acids with negatively charged R groups; and (e) amino acids with aromatic R groups; and wherein the solution is free or substantially free of (a) sugar; and (b-i) protein; and/or (b-ii) denaturing compounds; and (c) silanes wherein the drying is freeze-drying or spray-drying, and wherein the w/w ratio between the excipients of the solution and the protein is between 1:1 and 100:1. (a) amino acids with non polar, aliphatic R groups; (b) amino acids with polar, uncharged R groups; (c) amino acids with positively charged R groups; (d) amino acids with negatively charged R groups; and (e) amino acids with aromatic R groups; and wherein the solution is free or substantially free of (a) sugar; and (b-i) protein; and/or (b-ii) denaturing compounds; and (c) silanes wherein the drying is freeze-drying or spray-drying, and wherein the w/w ratio between the excipients of the solution and the protein is between 1:1 and 100:1.
A method of correcting a rotor imbalance of a wind turbine, the wind turbine comprising a wind turbine tower, a nacelle arranged on top of the wind turbine tower, and a generator connected to a rotatable rotor with at least two wind turbine blades, wherein the method comprises the steps of: - measuring vibrations of the rotor within at least one time window, - detecting a mass imbalance of the rotor, the rotor has a mass distribution defined by each of the wind turbine blades, wherein the mass imbalance is indicative of a rotor with an unmodified mass distribution, - analysing the measured data to determine at least one imbalance factor and at least one imbalance phase, - applying at least one correction action to at least one of said wind turbine blades, wherein the at least one correction action is determined based on the at least one imbalance factor and the at least one imbalance phase, the at least one correction action comprises calculating a balancing moment indicative of a mass correction of the at least one of said wind turbine blades. - measuring vibrations of the rotor within at least one time window, - detecting a mass imbalance of the rotor, the rotor has a mass distribution defined by each of the wind turbine blades, wherein the mass imbalance is indicative of a rotor with an unmodified mass distribution, - analysing the measured data to determine at least one imbalance factor and at least one imbalance phase, - applying at least one correction action to at least one of said wind turbine blades, wherein the at least one correction action is determined based on the at least one imbalance factor and the at least one imbalance phase, the at least one correction action comprises calculating a balancing moment indicative of a mass correction of the at least one of said wind turbine blades.
A method of identifying a plurality of organisms in a sample, comprising providing a sample that has been obtained from a subject, providing a plurality of sample wells, each sample well provided with a portion of the sample and primers for amplifying a target nucleic acid sequence from a different one of the plurality of organisms, simultaneously subjecting the plurality of sample wells to amplification conditions through a number of amplification cycles to identify higher titer organisms, detecting whether amplification has occurred in each of a first set of the plurality of sample wells, simultaneously subjecting the plurality of sample wells to amplification conditions through a number of additional amplification cycles to identify lower titer organisms, detecting whether amplification has occurred in each of a second set of the plurality of sample wells, identifying at least one organism present in the sample by identifying at least one corresponding sample well in which amplification has occurred, wherein the first detecting step does not involve detecting whether amplification has occurred in the second set of the plurality of sample wells, and the second detecting step does not involve detecting whether amplification has occurred in the first set of the plurality of sample wells, characterised that the number of amplification cycles performed before the detecting steps is individually tuned to titer of target organism and/or risk of an unexpected false positive.
A lighting controller arranged to drive lighting comprising a plurality of light emitting semiconductors, the controller comprising a current source and/or a voltage source, a current sensor and a voltage sensor and at least one connector (312, 314) to which the lighting is, in use, attached wherein the controller is arranged to drive the lighting through the connector (312, 314) using a substantially constant current or voltage and characterized in that the controller is further arranged to monitor the actual voltage across the lighting and the current through the connector (312, 314) such that the disconnection of or occurrence of faults in at least one light emitting semiconductor within the lighting can be detected based on the monitored current and voltage by comparing the current and/or the voltage to a reference and by monitoring the variation of current and of voltage with time.
A combination, comprising: a package for a multi-component medical device, comprising: a bottom portion having at least one cavity for housing the medical device; a platform insertable into the cavity, the platform being hollow and having openings at a top and bottom therof, the top opening being configured to receive a portion of at least one of the components of the medical device therethrough, the platform being configured to maintain the at least one component above a floor of the cavity; a multi-component medical device disposed within the package, the multi-component medical device comprising an infusion set, a portion of which is insertable through the top opening; wherein the package further comprises a barrier affixed to the bottom portion for sealing the package. a bottom portion having at least one cavity for housing the medical device; a platform insertable into the cavity, the platform being hollow and having openings at a top and bottom therof, the top opening being configured to receive a portion of at least one of the components of the medical device therethrough, the platform being configured to maintain the at least one component above a floor of the cavity; a multi-component medical device disposed within the package, the multi-component medical device comprising an infusion set, a portion of which is insertable through the top opening; wherein the package further comprises a barrier affixed to the bottom portion for sealing the package.
A plaster for external use in which an adhesive layer is laminated on a backing, wherein the adhesive layer is composed of 5 to 50% by weight of a styrene-isoprene-styrene block copolymer, 20 to 70% by weight of a rosin-based resin, and 5 to 60% by weight of a softener, and further contains flurbiprofen blended as an essential active ingredient, and wherein the blending ratio of the rosin-based resin with respect to flurbiprofen is 10 times or more by weight.
An electronic component, comprising a base body and at least one outer electrode which is attached to the base body by a connecting material, wherein the base body and the outer electrode have different thermal expansion coefficients which define a critical temperature above which a connection of the base body and the outer electrode undergoes mechanical stresses which lead to damage to the electronic component, wherein the connecting material has a melting point which is lower than a critical temperature, characterized in that the base body and the at least one outer electrode are pressed together by a biasing unit. comprising a base body and at least one outer electrode which is attached to the base body by a connecting material, wherein the base body and the outer electrode have different thermal expansion coefficients which define a critical temperature above which a connection of the base body and the outer electrode undergoes mechanical stresses which lead to damage to the electronic component, wherein the connecting material has a melting point which is lower than a critical temperature, characterized in that the base body and the at least one outer electrode are pressed together by a biasing unit.
Aircraft wheel equipped with rotational drive means attached to clevises projecting from a flank of a rim of the wheel, characterized in that the drive means comprise a ring able to cooperate with a drive actuator and provided with members for attaching to the clevises of the rim such that, between two attachment members, the ring forms a flexible and deformable segment.
A method for mounting a blade on a wind turbine rotor carried by a wind turbine structure which wind turbine structure includes a tower and a nacelle positioned on top of the tower, the method comprising: - providing an external blade lifting crane having a primary cable, said external lifting crane being configured to carry the weight of the blade; - providing a control line guide in the form of a secondary crane at the wind turbine structure, said secondary crane being a nacelle crane, said control line guide forming a control line point, said step including fixing said control line guide to the nacelle of said wind turbine, prior to mounting said blade; - attaching a control line between the control line point and the blade, wherein the control line is fixed at the blade; - lifting the blade with said external blade lifting crane while a root end of the blade is guided towards the rotor by use of said control line, wherein said external blade lifting crane mainly carries the weight of the blade; and - connecting said blade to said rotor; and - releasing said control line of said control line guide and said primary lifting cable of said external blade lifting crane from the wind turbine blade. - providing an external blade lifting crane having a primary cable, said external lifting crane being configured to carry the weight of the blade; - providing a control line guide in the form of a secondary crane at the wind turbine structure, said secondary crane being a nacelle crane, said control line guide forming a control line point, said step including fixing said control line guide to the nacelle of said wind turbine, prior to mounting said blade; - attaching a control line between the control line point and the blade, wherein the control line is fixed at the blade; - lifting the blade with said external blade lifting crane while a root end of the blade is guided towards the rotor by use of said control line, wherein said external blade lifting crane mainly carries the weight of the blade; and - connecting said blade to said rotor; and - releasing said control line of said control line guide and said primary lifting cable of said external blade lifting crane from the wind turbine blade.
A low voltage power assembly comprising: a track having a first end and a second end opposite the first end, wherein the track is powered from a low voltage power source, wherein the track includes two conductive materials and a mechanical connection track; a power connector assembly, wherein the power connector assembly is configured to provide low voltage power through the track to a low voltage power device; the power connector assembly comprising a housing, one or more power connector contacts, and one or more power connector jacks; wherein the one or more power connector contacts are located in line with the two conductive materials of the track, wherein the one or more power connector contacts electrically connect to the two conductive materials to provide a low voltage power connection with the track, and the one or more power connector contacts also electrically connect to the one or more power connector jacks; wherein the one or more power connector jacks are configured to provide the low voltage power to the low voltage power device, the power connector assembly further including a mechanical connector, wherein the mechanical connector cooperates and engages the mechanical connection track to form a mechanical connection to connect the power connector assembly to the track, wherein the mechanical connection track includes a groove, configured to receive the mechanical connector, positioned below a top surface of the track, and wherein the groove is positioned between the two conductive materials, and wherein the mechanical connector and the groove form a snap-fit connection. a track having a first end and a second end opposite the first end, wherein the track is powered from a low voltage power source, wherein the track includes two conductive materials and a mechanical connection track; a power connector assembly, wherein the power connector assembly is configured to provide low voltage power through the track to a low voltage power device; the power connector assembly comprising a housing, one or more power connector contacts, and one or more power connector jacks; wherein the one or more power connector contacts are located in line with the two conductive materials of the track, wherein the one or more power connector contacts electrically connect to the two conductive materials to provide a low voltage power connection with the track, and the one or more power connector contacts also electrically connect to the one or more power connector jacks; wherein the one or more power connector jacks are configured to provide the low voltage power to the low voltage power device, the power connector assembly further including a mechanical connector, wherein the mechanical connector cooperates and engages the mechanical connection track to form a mechanical connection to connect the power connector assembly to the track, wherein the mechanical connection track includes a groove, configured to receive the mechanical connector, positioned below a top surface of the track, and wherein the groove is positioned between the two conductive materials, and wherein the mechanical connector and the groove form a snap-fit connection.
A method for checking the fitness of value documents (A, B, C), comprising the following steps: - selecting at least two different fitness criteria (K1, K2) of the value documents which are characteristic for the state of the value documents, - checking the value documents by picking up measurement data of the value documents, wherein, from the measurement data picked up for each of the selected fitness criteria, a fitness measurement value (M1, M2) for the particular value document is determined, - determining respectively an unfit degree (G1, G2) for each of the selected fitness criteria (K1, K2) from the particular fitness measurement value of the particular value document (A, B, C) with the aid of an unfit function (F1, F2) which unambiguously assigns an unfit degree (G1, G2) to each fitness measurement value (M1, M2), wherein each unfit function is characterized by a first threshold value (X1, X2), a second threshold value (Y1, Y2), and an uncertainty range (U1, U2) being between the first and the second threshold value in which the particular unfit function either has a monotonously dropping or a monotonously rising course, and - combining the unfit degrees (G1, G2) of the different fitness criteria (K1, K2) into an unfit probability which is specific for the particular value document (A, B, C), and - fitness classification of the particular value document on the basis of the unfit probability which was determined for the particular value document. - selecting at least two different fitness criteria (K1, K2) of the value documents which are characteristic for the state of the value documents, - checking the value documents by picking up measurement data of the value documents, wherein, from the measurement data picked up for each of the selected fitness criteria, a fitness measurement value (M1, M2) for the particular value document is determined, - determining respectively an unfit degree (G1, G2) for each of the selected fitness criteria (K1, K2) from the particular fitness measurement value of the particular value document (A, B, C) with the aid of an unfit function (F1, F2) which unambiguously assigns an unfit degree (G1, G2) to each fitness measurement value (M1, M2), wherein each unfit function is characterized by a first threshold value (X1, X2), a second threshold value (Y1, Y2), and an uncertainty range (U1, U2) being between the first and the second threshold value in which the particular unfit function either has a monotonously dropping or a monotonously rising course, and - combining the unfit degrees (G1, G2) of the different fitness criteria (K1, K2) into an unfit probability which is specific for the particular value document (A, B, C), and - fitness classification of the particular value document on the basis of the unfit probability which was determined for the particular value document.
A cable road safety fence for installation at a lateral or median side of a road, said cable safety fence comprises a series of spaced apart upright posts, and a plurality of tensioned cables provided at different levels on and supported by said posts, wherein at least one noise absorbing panel is mounted onto the cables with at least two mounting points, said points being at different levels, characterised in that said noise absorbing panel comprises a noise absorbing material which is encased in an energy absorbing material provided with openings.
A battery pack (100; 100A; 100B; 100C; 100D; 100E) configured to be installed in a vehicle (1; IE), the battery pack (100; 100A; 100B; 100C; 100D; 100E) comprising: a battery assembly; a battery module including a module case that houses the battery assembly; a pack case that houses the battery module; and a fire-extinguishing agent releasing unit (90; 90A; 90B; 90C; 90D) including fire-extinguishing agent, disposed between the battery module and the pack case, wherein the fire-extinguishing agent releasing unit (90; 90A; 90B; 90C; 90D) is configured to release the fire-extinguishing agent between the pack case and the module case, characterized in that it further comprises an electronic device disposed outside the module case but inside the pack case and a wiring arranged between the module case and the pack case, the wiring including connection wiring that connects the battery module and the electronic device to each other, and in that the fire-extinguishing agent releasing unit (90A; 90B; 90C; 90D) is configured to release the fire-extinguishing agent toward the wiring and said fire-extinguishing agent releasing unit (90; 90A; 90B; 90C; 90D) includes a part that is provided along the connection wiring. a battery assembly; a battery module including a module case that houses the battery assembly; a pack case that houses the battery module; and a fire-extinguishing agent releasing unit (90; 90A; 90B; 90C; 90D) including fire-extinguishing agent, disposed between the battery module and the pack case, wherein the fire-extinguishing agent releasing unit (90; 90A; 90B; 90C; 90D) is configured to release the fire-extinguishing agent between the pack case and the module case, characterized in that it further comprises an electronic device disposed outside the module case but inside the pack case and a wiring arranged between the module case and the pack case, the wiring including connection wiring that connects the battery module and the electronic device to each other, and in that the fire-extinguishing agent releasing unit (90A; 90B; 90C; 90D) is configured to release the fire-extinguishing agent toward the wiring and said fire-extinguishing agent releasing unit (90; 90A; 90B; 90C; 90D) includes a part that is provided along the connection wiring.
An overbased sulphurised calcium phenate detergent additive made from an alkylphenol and comprising a colloidal system in which a calcium carbonate core is stabilized by a sulphurised phenate surfactant in a liquid medium; where phenolic functional groups in unreacted alkylphenol starting material are oxyalkylated to provide oxyalkyl groups of formula - (R 1 O) n -, where R 1 is ethylene, propylene or butylene and n is independently from 1 to 10, by post-treatment of the overbased sulphurised calcium phenate detergent with alkylene carbonate.
A cartridge for use in an aerosol-generating system, comprising: a liquid storage portion comprising a housing for holding a liquid aerosol-forming substrate, the housing having an opening, wherein the liquid storage portion comprises at least two parts in fluid communication to each other, the first part of the liquid storage portion comprising - a first capillary material, provided in the vicinity of the opening of the housing, - a second capillary material in fluid contact with the first capillary material, the second part of the liquid storage portion comprising a container for holding aerosol-forming substrate in liquid form and supplying the liquid to the second capillary material, characterized in that the second capillary material is spaced apart from the opening by the first capillary material. - a first capillary material, provided in the vicinity of the opening of the housing, - a second capillary material in fluid contact with the first capillary material,