mhurhangee/ep-ind-claims huggingface dataset:
A hydraulic control system of a thrust reverser of a bypass turbojet engine nacelle for an aircraft, comprising actuation and control devices of the thrust reverser including hydraulic cylinders and locks, their hydraulic supply solenoid valves (20, 30), and sensors, the turbojet engine including a full-authority electronic calculator or the aircraft including an avionics calculator which gives thrust reversal orders, the system including an electronic concentration module distinct from the calculator, carrying out a concentration of all the data related to the operation of the actuation and control devices of the thrust reverser, this module comprising internal contactors (22, 26) for controlling the solenoid valves (20, 30), means for monitoring the sensors, means for analogically or digitally processing these data carrying out in particular the sequencing of the actuation means, and a communication bus to the calculator, characterized in that some internal contactors piloted by the data processing means, control their solenoid valves in a shared manner with the calculator, with first, upstreams, a control by the calculator, and then, downstreams, a control by the data processing means.
1. A method of manufacturing a fire retardant composite, the method comprising the following steps: i) providing beads of foamed polymer, ii) applying a coating on the beads of step i), drying the coated beads and iii) shaping the thus coated beads into said composite, characterized in that, before the application of step iii), the beads coated according to step ii) are transferred to a container for a pressure treatment with CO 2. i) providing beads of foamed polymer, ii) applying a coating on the beads of step i), drying the coated beads and iii) shaping the thus coated beads into said composite, characterized in that, before the application of step iii), the beads coated according to step ii) are transferred to a container for a pressure treatment with CO 2.
A waveguide system, comprising: a coupler that is positioned with respect to a transmission medium to facilitate transmission of electromagnetic waves that propagate along an outer surface of the transmission medium, wherein the electromagnetic waves transport communications data; and a training controller that detects an impairment on at least a portion of the outer surface of transmission medium that is adverse to the transmission of the electromagnetic waves and that adjusts the electromagnetic waves to reduce adverse effects of the impairment, wherein the training controller adjusts an envelope of the electromagnetic waves to place a local minimum of the envelope in a location that corresponds to at least one of: a position of the impairment on the at least the portion of the outer surface of the transmission medium or azimuthal orientation of the impairment on the outer surface of the transmission medium. a coupler that is positioned with respect to a transmission medium to facilitate transmission of electromagnetic waves that propagate along an outer surface of the transmission medium, wherein the electromagnetic waves transport communications data; and a training controller that detects an impairment on at least a portion of the outer surface of transmission medium that is adverse to the transmission of the electromagnetic waves and that adjusts the electromagnetic waves to reduce adverse effects of the impairment, wherein the training controller adjusts an envelope of the electromagnetic waves to place a local minimum of the envelope in a location that corresponds to at least one of: a position of the impairment on the at least the portion of the outer surface of the transmission medium or azimuthal orientation of the impairment on the outer surface of the transmission medium.
A method for producing a polymer, comprising the step of polymerizing a monomer having a vinyl group in an aqueous medium in the presence of a polymerization initiator and a surfactin salt represented by the following formula: wherein 'X' is a residue of an amino acid selected from leucine, isoleucine and valine; 'R' is a C 9-18 alkyl group; 'M + ' is an alkali metal ion or a quaternary ammonium ion; wherein a ratio of the surfactin salt to 100 parts by mass of the monomer is not less than 0.0005 parts by mass and less than 0.1 parts by mass. wherein 'X' is a residue of an amino acid selected from leucine, isoleucine and valine; 'R' is a C 9-18 alkyl group; 'M + ' is an alkali metal ion or a quaternary ammonium ion;
A method of diagnosing implant related risk of revision, the method comprising the following steps: - detecting a level of calprotectin in a biological sample from a subject with an implant; wherein - the biological sample is synovial fluid from the site of the implant; - the calprotectin to be detected is a secreted polypeptide and not intracellular polypeptide of intact cells present in the sample; - a level < 4 mg/l of the calprotectin is indicative of a diagnosis of no implant related risk of revision; and - a level ≥ 4 mg/l of calprotectin is indicative of a diagnosis of implant related risk of revision. - detecting a level of calprotectin in a biological sample from a subject with an implant; - the biological sample is synovial fluid from the site of the implant; - the calprotectin to be detected is a secreted polypeptide and not intracellular polypeptide of intact cells present in the sample; - a level < 4 mg/l of the calprotectin is indicative of a diagnosis of no implant related risk of revision; and - a level ≥ 4 mg/l of calprotectin is indicative of a diagnosis of implant related risk of revision.
Predictor device for a control device for generating at least one manipulated variable ( u cmd, η cmd) of a controlled system (12, 12'), the control device having at least one actuator which can be controlled by means of the manipulated variable ( u cmd, η cmd), a state which can be sensed by a sensor and has at least one controlled variable ( x, α q) an adaptation device which is designed to generate a matched uncertainty signal (σ̂ m) and an unmatched uncertainty signal (σ̂ m), and an L1-adaptive control device, the predictor device having a state modeling function for estimating a behavior of the controlled system (12, 12') has a state modeling device and is designed to output an estimated state with at least one estimated variable x ^ α ^ q ^, the predictor device having at least one first feedback device for providing a first feedback signal from an output signal of the state modeling device for feeding into a first combination device, a measured or estimated actuator state (28, η, u, u) being fed into the first combination device wherein the state modeling means is adapted to receive an unmatched input signal at an unmatched input, the matched uncertainty signal (σ̂ m) being fed into the first combining means for combination with the further signals (28, η, u,û,42), wherein the first combining means is adapted to combine the signals (28, 42, σ̂ m) fed therein, and wherein the signal obtainable by the first combining means forms a matched input signal for feeding into a matched input of the state modeling means, characterized in that the predictor means comprises a second feedback means for providing a second feedback signal from the output signal for feeding into a second combination means, wherein the unmatched uncertainty signal ( σ̂ um) is fed into the second combination means and wherein the signal obtainable by the second combination means forms an unmatched input signal for feeding into an unmatched input of the state modeling means.
An article comprising a photocurable resin composition on a plastic substrate, the photocurable resin composition comprising an allylic polymer, the allylic polymer being produced by polymerization of an allylic compound represented by the following formula: wherein R 1 and R 2 each represent H or CH 3; X represents an a-valent group having an unsubstituted saturated or partially unsaturated four- to eight-membered cyclic structure; and a represents 2 or 3, wherein the allylic compound represented by formula is diallyl 1,2-cyclohexanedicarboxylate and wherein the amount of the monomer unit based on the allylic compound of formula, based on 100% by weight of the allylic polymer, is 98% by weight or more.
A powdered cosmetic agent, containing at least one polymer as component (a), comprising at least one structural unit of formula and at least one structural unit of formula, wherein X + represents a physiologically compatible cation (in particular Na +), R 1 represents a hydrogen atom or a methyl group, and R 2 represents a (C 2 to C 6) hydroxyalkyl group, and containing at least one stabilizing polymer as component (b). wherein X + represents a physiologically compatible cation (in particular Na +), R 1 represents a hydrogen atom or a methyl group, and R 2 represents a (C 2 to C 6) hydroxyalkyl group, and containing at least one stabilizing polymer as component (b).
A flow restriction device for restricting flow through a conduit, the flow restriction device comprising: a deformable insert having a wall section having an inner surface and an outer surface and defining a throughbore, the wall section having properties that are conducive to deformation, the deformable insert being adapted, in use, to be located in or adjacent to an insert support; at least one pressure generating material portion adapted in use, to generate a deformation force in response to an activation signal, the deformation force adapted to deform the deformable insert wall section when applied to the deformation insert outer surface to reduce a throughbore cross sectional area; and at least one trigger adapted to generate the/each activation signal; wherein, in use, when the flow restriction device is exposed to an internal throughbore pressure, a force generated on the deformable insert inner surface by the internal throughbore pressure is substantially resisted by the deformable insert in combination with the insert support such that deformation of the deformable insert by the internal throughbore pressure is limited, wherein the deformation force is adapted to induce a first deformation on the deformable insert wall section, and wherein the flow restriction device comprises a deformation mechanism adapted to facilitate a second deformable insert deformation, characterized in that the second deformable insert deformation is a bypass. a deformable insert having a wall section having an inner surface and an outer surface and defining a throughbore, the wall section having properties that are conducive to deformation, the deformable insert being adapted, in use, to be located in or adjacent to an insert support; at least one pressure generating material portion adapted in use, to generate a deformation force in response to an activation signal, the deformation force adapted to deform the deformable insert wall section when applied to the deformation insert outer surface to reduce a throughbore cross sectional area; and at least one trigger adapted to generate the/each activation signal; wherein, in use, when the flow restriction device is exposed to an internal throughbore pressure, a force generated on the deformable insert inner surface by the internal throughbore pressure is substantially resisted by the deformable insert in combination with the insert support such that deformation of the deformable insert by the internal throughbore pressure is limited, wherein the deformation force is adapted to induce a first deformation on the deformable insert wall section, and wherein the flow restriction device comprises a deformation mechanism adapted to facilitate a second deformable insert deformation, characterized in that the second deformable insert deformation is a bypass.
Bonded assembly comprising at least: - a first substrate, - a second substrate, - an intermediate layer rigidly connected to the first substrate and having a variable flexibility along the first substrate, the variable flexibility resulting from a variation of thickness of at least one material of the intermediate layer, - an adhesive between said intermediate layer and the second substrate. - a first substrate, - a second substrate, - an intermediate layer rigidly connected to the first substrate and having a variable flexibility along the first substrate, the variable flexibility resulting from a variation of thickness of at least one material of the intermediate layer, - an adhesive between said intermediate layer and the second substrate.
Adjustable camshaft for the valve train of an internal combustion engine, comprising an outer shaft and an inner shaft which extends at least in sections within the outer shaft and is rotatable relative to the outer shaft, and having a phase shifter, with which at least the outer shaft or the inner shaft is adjustable in a phase position formed around an axis of rotation, and wherein the camshaft comprises a bearing portion for bearing the camshaft, via which the phase shifter can be supplied with a pressurizing medium, wherein the inner shaft comprises a free end on which a screw flange is arranged and wherein a rotor of the phase shifter is connected to the screw flange, and wherein the free end of the inner shaft comprises a duct which coincides with the axis of rotation for at least partial supply of the phase shifter with the pressurizing medium, which duct extends at least into the bearing portion and wherein the connection of the rotor to the screw flange comprises at least one screw element, characterized in that the screw element is arranged spaced apart from the axis of rotation.
A closure assembly comprising an article and a cap including a tamper-evident ring, wherein: - the article forms a tubular neck around a product passage in said article, said neck having a main axis and forming a mouth at a top end of said product passage, wherein the article further comprises a circumferential wall which wall is positioned around a bottom region of the neck and spaced from the neck to form an inner space which is open from above and adapted to receive the tamper-evident ring, - the cap is secured on or is to be secured on said neck of the article, the cap sealing the product passage in a closed position of the cap on said neck, and the cap being adapted to be manually removed from the closed position in an opening direction, wherein the cap comprises a top wall and a downward depending skirt, said skirt having an interior side, an exterior side, and a lower edge remote from the top wall, wherein the tamper-evident ring is integrally moulded to the lower edge of the skirt of the cap, said tamper-evident ring comprising a base portion which is connected via one or more breakable bridges to the skirt, which base portion is provided with at least one snap portion (33;33') adapted to snap the base portion to the article, at least to retain the base portion axially with respect to the article, such that the tamper-evident ring remains on the article and the one or more bridges break when the user removes the cap, wherein the base portion of the tamper-evident ring has a base portion outer face and a base portion inner face, characterised in that the at least one snap portion is positioned on the base portion outer face to cooperate with a complementary snap formation of the circumferential wall wherein the at least one snap portion of the base portion cooperates to engage with the complementary snap formation to snap the tamper-evident ring to the article when the tamper-evident ring is inserted into the inner space. - the article forms a tubular neck around a product passage in said article, said neck having a main axis and forming a mouth at a top end of said product passage, wherein the article further comprises a circumferential wall which wall is positioned around a bottom region of the neck and spaced from the neck to form an inner space which is open from above and adapted to receive the tamper-evident ring, - the cap is secured on or is to be secured on said neck of the article, the cap sealing the product passage in a closed position of the cap on said neck, and the cap being adapted to be manually removed from the closed position in an opening direction,
Composition comprising the bacteriophages RMP9, MP82, ELB17, and FV7M4 or a progeny thereof, wherein the bacteriophage RMP9 is deposited with the DSMZ under deposition No. 26157 and wherein a progeny thereof is lytic for Salmonella and can be identified by the presence of the sequence of Seq. ID No. 3 or upon performing PCR reactions with primer set 1 of Seq. ID No. 9 and Seq. ID No. 10, generating a fragment with the length of 820 bp or with primer set 2 of Seq. ID No. 17 and Seq. ID No. 18, generating a fragment with a length of 528 bp, the bacteriophage MP82 is deposited with the DSMZ under the deposition No. 26173 and wherein a progeny thereof is lytic for Salmonella and can be identified by the presence of the sequence of Seq. ID No. 2 or upon performing PCR reactions with primer set 1 of Seq. ID No. 7 and Seq. ID No. 8, generating a fragment with the length of 1194 bp or with primer set 2 of Seq. ID No. 15 and Seq. ID No. 16, generating a fragment with the length of 495 bp, the bacteriophage ELB17 is deposited with the DSMZ under the deposition No. 26158 and wherein a progeny thereof is lytic for Salmonella and can be identified by the presence of the sequence of Seq. ID No. 1 or upon performing PCR reactions with primer set 1 of Seq. ID No. 5 and Seq. ID No. 6, generating a fragment with the length of 492 bp or with primer set 2 of Seq. ID No. 13 and Seq. ID No. 14, generating a fragment length of 632 bp, the bacteriophage FV7M4 being deposited with the DSMZ with the deposition No. 26125 and can be identified by the presence of the sequence of Seq. ID No. 4 or upon performing PCR reactions using primer set 1 of Seq. ID No. 11 and Seq. ID No. 12, generating a fragment with the length of 584 bp or primer set 2 of Seq. ID No. 19 and Seq. ID No. 20, generating a fragment with the length of 1345 bp.
Device for inserting dental implants, comprising: a) a drilling template comprising bores having predetermined axes and positions, which are provided with at least one guiding cylinder with predetermined dimension, b) at least one implant support consisting of: - on the one hand, a mandrel featuring successively along its axis: = a piece complementary to a tool holder, = a flange, adapted to go solid on the upper part of said guiding cylinder, = a smooth sleeve having one standard predetermined outer diameter corresponding to the standard inner diameter of said cylinders, = a form complementary to the standard head of said implants, and - on the other hand, a screw adapted to pass through said mandrel and to be screwed into said head. a) a drilling template comprising bores having predetermined axes and positions, which are provided with at least one guiding cylinder with predetermined dimension, b) at least one implant support consisting of: - on the one hand, a mandrel featuring successively along its axis: = a piece complementary to a tool holder, = a flange, adapted to go solid on the upper part of said guiding cylinder, = a smooth sleeve having one standard predetermined outer diameter corresponding to the standard inner diameter of said cylinders, = a form complementary to the standard head of said implants, and - on the other hand, a screw adapted to pass through said mandrel and to be screwed into said head. - on the one hand, a mandrel featuring successively along its axis: = a piece complementary to a tool holder, = a flange, adapted to go solid on the upper part of said guiding cylinder, = a smooth sleeve having one standard predetermined outer diameter corresponding to the standard inner diameter of said cylinders, = a form complementary to the standard head of said implants, and = a piece complementary to a tool holder, = a flange, adapted to go solid on the upper part of said guiding cylinder, = a smooth sleeve having one standard predetermined outer diameter corresponding to the standard inner diameter of said cylinders, = a form complementary to the standard head of said implants, and - on the other hand, a screw adapted to pass through said mandrel and to be screwed into said head.
Turbine housing for a turbocharger of an internal combustion engine, having: - an annular duct for conducting an exhaust-gas mass flow to a turbine wheel that is arrangeable in the turbine housing; and - an exhaust-gas discharge duct for discharging the exhaust-gas mass flow from the turbine housing after impinging on the turbine wheel; wherein an insulating element (211, 215) is arranged in a region of an inner wall of the annular duct and in a region of an inner wall of the exhaust-gas discharge duct, respectively, wherein, - - with respect to a longitudinal axis of the turbine housing, the turbine housing has a sealing contour, which is free of any insulating element, between the exhaust-gas discharge duct and the annular duct; - - the turbine housing is free of any insulating element in a region of a wastegate valve seat, of a bearing-housing connection flange and/or of an exhaust-gas connection flange; and - - the turbine housing has local cooling in the region of the sealing contour, in the region of a bearing-housing connection flange and in the region of the exhaust-gas connection flange. - an annular duct for conducting an exhaust-gas mass flow to a turbine wheel that is arrangeable in the turbine housing; and - an exhaust-gas discharge duct for discharging the exhaust-gas mass flow from the turbine housing after impinging on the turbine wheel; - - with respect to a longitudinal axis of the turbine housing, the turbine housing has a sealing contour, which is free of any insulating element, between the exhaust-gas discharge duct and the annular duct; - - the turbine housing is free of any insulating element in a region of a wastegate valve seat, of a bearing-housing connection flange and/or of an exhaust-gas connection flange; and - - the turbine housing has local cooling in the region of the sealing contour, in the region of a bearing-housing connection flange and in the region of the exhaust-gas connection flange.
Pressure sensor for capturing a pressure of a fluid medium in a measurement space, comprising a sensor housing with an electronics space, at least one sensor element which is arranged in or on the sensor housing in such a manner that it can be exposed to the medium in order to measure a pressure of the medium, and a pressure connection which can be used to fit the pressure sensor to or in the measurement space, wherein the pressure connection has a supply channel for supplying the fluid medium to the sensor element, wherein the sensor element has a measuring section with measuring elements for capturing the pressure, which measuring section is arranged in the supply channel, and a contact-making section with contact elements for making electrical contact with the measuring elements, which contact-making section is arranged in the electronics space, wherein the pressure sensor has an opening between the electronics space and the pressure connection, wherein the sensor element is arranged in such a manner that the contact-making section projects through the opening and the measuring section surrounds the opening in a sealing manner, wherein the measuring elements are arranged on a top side of the measuring section, wherein an underside of the measuring section has a cavern, wherein the cavern is designed in such a manner that the pressure of the fluid medium can be applied to the measuring elements, wherein a first covering element is arranged on the top side and covers the measuring elements, wherein a second covering element is arranged on the underside, characterized in that the second covering element covers the cavern, in that the pressure sensor has a housing base on which the sensor housing is arranged, wherein the opening is formed in the housing base, and in that an adhesive is applied to a side of the measuring section and of the first covering element and of the second covering element facing the housing base, wherein the measuring section of the sensor element is adhesively bonded to an edge bounding the opening by means of the adhesive.