mhurhangee/ep-ind-claims huggingface dataset:
A nacelle for an aircraft propulsion unit, comprising at least one cowl movable between a closed position and an open position, such that it comprises at least one movable connecting rod configured to fill: - a first structural reinforcement function when it is placed in a flight position, the connecting rod in the flight position being configured to transmit forces between a first component (10, 12) of the nacelle and a second component (33, 20, 21, 22) of the nacelle or formed by another portion of the aircraft, and - a second holding function when it is placed in a maintenance position, the connecting rod in the maintenance position being able to hold the cowl in the open position and such that the cowl comprises connecting means (64, 65, 67, 69) configured to cooperate with the connecting rod in the maintenance position, the connecting rod in the flight position being detached from these connecting means (64, 65, 67, 69). - a first structural reinforcement function when it is placed in a flight position, the connecting rod in the flight position being configured to transmit forces between a first component (10, 12) of the nacelle and a second component (33, 20, 21, 22) of the nacelle or formed by another portion of the aircraft, and - a second holding function when it is placed in a maintenance position, the connecting rod in the maintenance position being able to hold the cowl in the open position
An inkjet recording apparatus comprising: a recording head configured to eject ink; an ink tank configured to store ink to be supplied to the recording head; a supply flow path configured to supply ink from the ink tank to the recording head; a supply pump located in the supply flow path and configured to pump ink in the supply flow path; a collection flow path configured to collect ink from the recording head and supply the collected ink to the ink tank; a collection pump located in the collection flow path and configured to pump ink in the collection flow path; a relief flow path connecting a first position in the supply flow path to a second position in the supply flow path, wherein the first position is located at a downstream side of the supply pump in the supply flow path and the second position located at an upstream side of the supply pump in the supply flow path; and a differential pressure regulating valve located in the relief flow path and configured to, in a case where the pressure of the pumped ink in the supply flow path is larger than a predetermined value, open the relief flow path so as to allow ink in the supply flow path to flow from the first position to the second position characterized in that the supply pump is configured to provide a first predetermined amount of ink flow in the supply flow path, and the collection pump is configured to provide a second predetermined amount of ink flow in the collection flow path irrespective of an amount of ink to be ejected from the recording head. a recording head configured to eject ink; an ink tank configured to store ink to be supplied to the recording head; a supply flow path configured to supply ink from the ink tank to the recording head; a supply pump located in the supply flow path and configured to pump ink in the supply flow path; a collection flow path configured to collect ink from the recording head and supply the collected ink to the ink tank; a collection pump located in the collection flow path and configured to pump ink in the collection flow path; a relief flow path connecting a first position in the supply flow path to a second position in the supply flow path, wherein the first position is located at a downstream side of the supply pump in the supply flow path and the second position located at an upstream side of the supply pump in the supply flow path; and a differential pressure regulating valve located in the relief flow path and configured to, in a case where the pressure of the pumped ink in the supply flow path is larger than a predetermined value, open the relief flow path so as to allow ink in the supply flow path to flow from the first position to the second position characterized in that the supply pump is configured to provide a first predetermined amount of ink flow in the supply flow path, and the collection pump is configured to provide a second predetermined amount of ink flow in the collection flow path irrespective of an amount of ink to be ejected from the recording head.
A system comprising: one or more processors; and a kernel-level security agent comprising a situational model to track attributes or behaviors of one or more objects or processes of the system, wherein the kernel-level security agent is configured to be executed by the one or more processors to: observe events that occur on the system, filter the observed events using configurable filters, wherein at least one of the configurable filters is configured to query the situational model to determine attributes, patterns, or other descriptions of a process that is associated with an observed event being filtered, in order to determine when the event being filtered is interesting, update the situational model based at least in part on the filtered events, route the filtered events to one or more event consumers, and utilize the one or more event consumers to take action based at least on one of the filtered events. one or more processors; and a kernel-level security agent comprising a situational model to track attributes or behaviors of one or more objects or processes of the system, wherein the kernel-level security agent is configured to be executed by the one or more processors to: observe events that occur on the system, filter the observed events using configurable filters, wherein at least one of the configurable filters is configured to query the situational model to determine attributes, patterns, or other descriptions of a process that is associated with an observed event being filtered, in order to determine when the event being filtered is interesting, update the situational model based at least in part on the filtered events, route the filtered events to one or more event consumers, and utilize the one or more event consumers to take action based at least on one of the filtered events. observe events that occur on the system, filter the observed events using configurable filters, wherein at least one of the configurable filters is configured to query the situational model to determine attributes, patterns, or other descriptions of a process that is associated with an observed event being filtered, in order to determine when the event being filtered is interesting, update the situational model based at least in part on the filtered events, route the filtered events to one or more event consumers, and utilize the one or more event consumers to take action based at least on one of the filtered events.
A medical suspension bridge, comprising a cross beam, a suspension pipe, a moving module and a box body connected with the moving module, the cross beam being connected with the suspension pipe, the moving module being movably connected with the cross beam, wherein the medical suspension bridge further comprises a cable carrier, electric wires and air pipes, the cross beam comprises a load-bearing beam, the moving module comprises a cable carrier moving plate extending to the upper portion of the load-bearing beam, one end of the cable carrier is connected to the load-bearing beam, the other end is connected to the cable carrier moving plate, the electric wires and the air pipes enter the suspension pipe through the moving module and the cable carrier from the inside of the box body; wherein the cross beam further comprises a rear panel assembly connected to one side of the load-bearing beam; wherein the rear panel assembly comprises a rear cover plate connecting plate connected with the load-bearing beam, the load-bearing beam is provided with an outwards convex extension part, the rear cover plate connecting plate is provided with an outwards convex fitting part, and the fitting part and the extension part are connected with each other in a clamping manner; wherein a first groove is provided in the fitting part, a second groove is provided in the extension part, the first groove and the second groove run through each other to jointly form a first routing groove that avoids the cable carrier moving plate, and the cable carrier moving plate extends through the first routing groove to the upper portion of the load-bearing beam. wherein the cross beam further comprises a rear panel assembly connected to one side of the load-bearing beam; wherein the rear panel assembly comprises a rear cover plate connecting plate connected with the load-bearing beam, the load-bearing beam is provided with an outwards convex extension part, the rear cover plate connecting plate is provided with an outwards convex fitting part, and the fitting part and the extension part are connected with each other in a clamping manner; wherein a first groove is provided in the fitting part, a second groove is provided in the extension part, the first groove and the second groove run through each other to jointly form a first routing groove that avoids the cable carrier moving plate, and the cable carrier moving plate extends through the first routing groove to the upper portion of the load-bearing beam.
Adhesive tape for protecting surfaces, comprising - a pressure-sensitive adhesive H comprising at least 60 wt% of at least one polyurethane P obtainable by chemical crosslinking of a polyurethane prepolymer obtainable by chemical reaction of a) one or more aliphatic polyester polyols A having a hydroxy functionality of from 1.8 up to and including 2 and a number-average molecular weight of greater than or equal to 1000 g/mol; b) one or more compounds B having a hydroxy functionality of from 1.8 up to and including 2 and a number-average molecular weight of less than 1000 g/mol; c) one of more aliphatic diisocyanates C; where the ratio of the total number of isocyanate groups to the total number of hydroxy groups in the compounds participating in the chemical reaction to build the prepolymer is greater than or equal to 0.4 and less than 1; and - a biodegradable carrier. - a pressure-sensitive adhesive H comprising at least 60 wt% of at least one polyurethane P obtainable by chemical crosslinking of a polyurethane prepolymer obtainable by chemical reaction of a) one or more aliphatic polyester polyols A having a hydroxy functionality of from 1.8 up to and including 2 and a number-average molecular weight of greater than or equal to 1000 g/mol; b) one or more compounds B having a hydroxy functionality of from 1.8 up to and including 2 and a number-average molecular weight of less than 1000 g/mol; c) one of more aliphatic diisocyanates C; where the ratio of the total number of isocyanate groups to the total number of hydroxy groups in the compounds participating in the chemical reaction to build the prepolymer is greater than or equal to 0.4 and less than 1; and a) one or more aliphatic polyester polyols A having a hydroxy functionality of from 1.8 up to and including 2 and a number-average molecular weight of greater than or equal to 1000 g/mol; b) one or more compounds B having a hydroxy functionality of from 1.8 up to and including 2 and a number-average molecular weight of less than 1000 g/mol; c) one of more aliphatic diisocyanates C; - a biodegradable carrier.
An injectable substance delivery device comprising: at least one needle having a length sufficient to penetrate a skin surface of a patient to an intradermal depth for infusing a substance; a limiter for controlling a needle insertion depth, wherein said limiter controls a maximum insertion depth of said needle into said skin surface without restricting complete insertion of said needle; and a flexible holder comprising a stabilizer and a spring member, said stabilizer comprises a continuous ring member concentrically located about said limiter, characterized in that said stabilizer being flexibly coupled to said limiter by said spring member at a first distance from said limiter for applying an increased application force of said limiter while preventing distortion, compression, or thinning of tissue in a vicinity of a needle insertion site such that said needle length and said limiter determine the depth at which said infusion is delivered, wherein said first distance is determined based upon an amount of said substance to be infused and a diameter of said limiter, where said limiter is preloaded toward said skin relative to said stabilizer, and wherein said limiter is configured to have a variable extension difference with respect to said stabilizer extending along an axial direction such that said needle, limiter, and stabilizer contact said skin surface in that order, wherein said variable extension difference comprises a second distance between said limiter and said stabilizer, wherein said second distance is determined based upon a sharpness of said needle and said diameter of said limiter. at least one needle having a length sufficient to penetrate a skin surface of a patient to an intradermal depth for infusing a substance; a limiter for controlling a needle insertion depth, wherein said limiter controls a maximum insertion depth of said needle into said skin surface without restricting complete insertion of said needle; and a flexible holder comprising a stabilizer and a spring member, said stabilizer comprises a continuous ring member concentrically located about said limiter, characterized in that said stabilizer being flexibly coupled to said limiter by said spring member at a first distance from said limiter for applying an increased application force of said limiter while preventing distortion, compression, or thinning of tissue in a vicinity of a needle insertion site such that said needle length and said limiter determine the depth at which said infusion is delivered, wherein said first distance is determined based upon an amount of said substance to be infused and a diameter of said limiter, where said limiter is preloaded toward said skin relative to said stabilizer, and wherein said limiter is configured to have a variable extension difference with respect to said stabilizer extending along an axial direction such that said needle, limiter, and stabilizer contact said skin surface in that order, wherein said variable extension difference comprises a second distance between said limiter and said stabilizer, wherein said second distance is determined based upon a sharpness of said needle and said diameter of said limiter.
An immunogenic composition for use in the treatment or prevention of infection or disease caused by N. meningitidis and/or Neisseria gonorrhoeae, comprising at least one modified factor H binding protein, wherein the composition is capable of eliciting an immune response when administered to a human or non-human animal, wherein the modified factor H binding protein has an amino acid sequence of Seq ID No:1, except for a changed amino acid at position number 106, which results in no factor H binding, or at least 5 fold less factor H binding compared with the factor H binding protein of Seq ID No:1.
Mitochondrially targeted E and/or Z isomers with an aliphatic chain tagged with triphenylphosphonium derived from tamoxifen, where the aliphatic chain is alkyl or alkenyl, and their corresponding tertiary amine salts, selected from a group of organic salts, such as citrate, acetate, lactate, tartarate, oxalate, ascorbate, mesylate, tosylate or inorganic salts as for example sulphate, halogenide, phosphate and/or their mixture, alkyl triphenylphosphonium derivatives of tamoxifen have the general formula I, where n = 8 to 12, and where Z is selected from a group of organic salts, such as citrate, acetate, lactate, tartarate, oxalate, ascorbate, mesylate, tosylate or inorganic salts, such as sulphate, halogenide or phosphate and wherein the crossed double bond in the general formula I, situated in the tamoxifen moiety, indicates that the double bond may have E and/or Z configuration and alkenyl triphenylphosphonium derivatives of tamoxifen have the general formula IA, where n = 6 to 10, and where Z has the meaning stated above and wherein the crossed double bond in the general formula IA, situated in the side chain indicates that the double bond may have E and/or Z configuration.
A garment system with several different items of clothing (1, 2, 3) which can be worn above one another and a protective textile, characterised in that several of these items of clothing (1, 2, 3) comprise fastenings (5, 6, 7, 9, 18, 20) for the protective textile, so that the protective textile (4, 10) can be fastened to different ones of these items of clothing (1, 2, 3).
An anti-wear, anti-friction and stably-dispersed lubricating oil or grease, wherein the anti-wear, anti-friction and stably-dispersed lubricating oil or grease comprises a main component of a lubricating oil or grease and a sulfonated graphene grafted with long carbon chain; wherein the mass ratio of carbon element to sulfur element in the sulfonated graphene grafted with long carbon chain is 15-50; wherein the number of carbon atoms in the long carbon chain of the sulfonated graphene grafted with long carbon chain is 10-50. wherein the mass ratio of carbon element to sulfur element in the sulfonated graphene grafted with long carbon chain is 15-50; wherein the number of carbon atoms in the long carbon chain of the sulfonated graphene grafted with long carbon chain is 10-50.
A nozzle for a turbine, the nozzle comprising: a duct member coupled to a shroud of the turbine and having walls of substantially uniform thickness, the walls separated from adjacent duct members and disposed circumferentially about a shaft of the turbine; the nozzle being further characterised in that it comprises an interface member disposed on an outer side of one of the walls and shaped to connect to one of outer sides of an adjacent duct member, wherein the interface member comprises a pair of opposing outer sides respectively mating the outer side of the one of the walls and the one of the outer sides of the adjacent duct members; wherein opposing inwardly facing sides (104,104) of the walls together with opposing inwardly facing sides (104,104) of adjacent duct members define a polygonal passage through the duct member, the polygonal passage including an upstream end and downstream end; wherein the upstream end of the polygonal passage is larger than the downstream end of the polygonal passage. a duct member coupled to a shroud of the turbine and having walls of substantially uniform thickness, the walls separated from adjacent duct members and disposed circumferentially about a shaft of the turbine; the nozzle being further characterised in that it comprises an interface member disposed on an outer side of one of the walls and shaped to connect to one of outer sides of an adjacent duct member, wherein the interface member comprises a pair of opposing outer sides respectively mating the outer side of the one of the walls and the one of the outer sides of the adjacent duct members; wherein opposing inwardly facing sides (104,104) of the walls together with opposing inwardly facing sides (104,104) of adjacent duct members define a polygonal passage through the duct member, the polygonal passage including an upstream end and downstream end; wherein the upstream end of the polygonal passage is larger than the downstream end of the polygonal passage.
A computer-implemented method for controlling a sensor, the method being performed by a mobile device including a processor and a memory, the method comprising: receiving raw data from the sensor; classifying the raw data into a context value; generating, based on rules, a higher-level context from the context value, wherein there is no physical sensor to directly obtain the higher-level context; receiving from a server a predicted context based on published the higher-level context; receiving a priority framework that defines priority of control of the sensor between at least two applications running on the mobile device; and controlling the sensor based on the priority framework and the predicted context. receiving raw data from the sensor; classifying the raw data into a context value; generating, based on rules, a higher-level context from the context value, wherein there is no physical sensor to directly obtain the higher-level context; receiving from a server a predicted context based on published the higher-level context; receiving a priority framework that defines priority of control of the sensor between at least two applications running on the mobile device; and controlling the sensor based on the priority framework and the predicted context.
A pneumatic tire comprising a tread portion having an outside tread edge (Teo) and an inside tread edge (Tei) to be positioned outside and inside, respectively, with respect to a vehicle, the tread portion provided with four main grooves extending straight continuously in the tire circumferential direction to axially divide the tread portion into five land regions, the four main grooves being an outside shoulder main groove adjacent to the outside tread edge (Teo), an inside shoulder main groove adjacent to the inside tread edge (Tei), an inside crown main groove adjacent to the inside shoulder main groove, and an outside crown main groove adjacent to the outside shoulder main groove, the five land regions being an inside shoulder land region between the inside tread edge (Tei) and the inside shoulder main groove, an inside middle land region between the inside shoulder main groove and the inside crown main groove, a crown land region between the inside crown main groove and the outside crown main groove, an outside middle land region between the outside crown main groove and the outside shoulder main groove, and an outside shoulder land region between the outside shoulder main groove and the outside tread edge (Teo), wherein the inside shoulder land region is provided with a plurality of inside shoulder lateral grooves extending axially inwardly from the inside tread edge (Tei) and terminating within the inside shoulder land region, characterized in that the outside shoulder main groove has a groove width smaller than groove widths of the inside shoulder main groove and the inside and outside crown main grooves and each of the five land regions is provided with a plurality of sipes each extending across the entire width of the land region while having a width of less than 3 mm.
A display apparatus for a vehicle, comprising: a screen unit configured to output a corresponding image according to a closed mode or an open mode, wherein some regions of the screen unit are exposed in the closed mode and all regions of the screen unit are exposed in the open mode; a driving unit configured to adjust a position of the screen unit according to the mode; and a driving motor, characterized in that when a load is applied to the driving motor due to an external force during the adjustment of the position of the screen unit, the driving unit is configured to control driving of the driving motor according to a measured current according to the load. a screen unit configured to output a corresponding image according to a closed mode or an open mode, wherein some regions of the screen unit are exposed in the closed mode and all regions of the screen unit are exposed in the open mode; a driving unit configured to adjust a position of the screen unit according to the mode; and a driving motor, characterized in that when a load is applied to the driving motor due to an external force during the adjustment of the position of the screen unit, the driving unit is configured to control driving of the driving motor according to a measured current according to the load.