mhurhangee/ep-ind-claims huggingface dataset:
An oral pharmaceutical composition for use in the treatment of a neoplastic disease, for introduction of a dosage of a medicament comprising an N-methylol transfer agent selected from the group consisting of Taurolidine, Taurultam, 1183B (7-oxa-2[λ]6-thia-1,5-diazabicyclo[3.3.1]nonane-2,2-dione), N-methylol taurinamide and any combination thereof, into a bloodstream of a subject having a neoplastic disease, comprising said agent and a pharmaceutically acceptable targeted release carrier comprising an enteric coated hard gelatine capsule or an enteric coated hydroxypropylmethyl cellulose (HPMC) capsule wherein the targeted release carrier releases the N-methylol transfer agent at a pH value of 5.4 to 6.5, said targeted release carrier providing for an efficacious blood, serum or plasma level of said N-methylol transfer agent in said subject, after oral administration of said medicament, to treat said neoplastic disease, and wherein, after said oral administration, said carrier carries said agent substantially intact through said subject's stomach and releases said agent into said subject's duodenum or jejunum, wherein said agent enters the subject's bloodstream through said duodenum or jejunum, and said dosage achieves a blood, serum, or plasma level of at least 4 μg/ml.
Gravity-based foundation system for offshore wind turbine installation that comprises: - three floating reinforced concrete bases (1, 4) built with self-floating concrete caissons, equipped with valves for filling them with water and emptying the water out enabling their ballasting and anchoring at their final location, - a metal structure (2, 5) which connects the three floating concrete bases (1, 4) by means of a connecting element to a wind turbine tower, and - a metal element (3, 6) which connects the floating concrete bases (1, 4) to the wind turbine tower, metal element (3, 6) on which a docking area, a maintenance platform and access stairs are installed; characterized in that the attachment of the metal structure (2, 5) to the three floating concrete bases (1, 4) is performed by means of mixed connecting nodes (7, 27), one for each floating concrete base (1, 4), each of which comprises a concrete core (8, 24) and a prestressing system integrated therein. - three floating reinforced concrete bases (1, 4) built with self-floating concrete caissons, equipped with valves for filling them with water and emptying the water out enabling their ballasting and anchoring at their final location, - a metal structure (2, 5) which connects the three floating concrete bases (1, 4) by means of a connecting element to a wind turbine tower, and - a metal element (3, 6) which connects the floating concrete bases (1, 4) to the wind turbine tower, metal element (3, 6) on which a docking area, a maintenance platform and access stairs are installed;
A hydrolytically stable polyester polyurethane nanocomposite comprising a solid polyester-polyurethane polymer containing proton scavenger nanoparticles, characterized in that the proton scavenger nanoparticles are selected from CaCO 3, MgCO 3 and SrCO 3 and have a nitrogen BET surface area of greater than 20 m 2 /g in a substantially dispersed form.
A ceramic vaporizer comprising: a cylindrical vaporizer body having an interior surface, and an exterior surface, wherein the interior surface forms a central vapor passage, and the exterior surface forms an inside wall of an e-liquid storage device; and a vaporizer heater embedded inside the cylindrical vaporizer body; characterized in that the ceramic vaporizer further comprises a replaceable e-liquid storage medium of the e-liquid storage device. a cylindrical vaporizer body having an interior surface, and an exterior surface, wherein the interior surface forms a central vapor passage, and the exterior surface forms an inside wall of an e-liquid storage device; and a vaporizer heater embedded inside the cylindrical vaporizer body; characterized in that the ceramic vaporizer further comprises a replaceable e-liquid storage medium of the e-liquid storage device.
An electric power steering apparatus that comprises a torque control section which calculates a current command value based on at least a steering torque and a current control section which controls a motor current flowing to a motor based on said current command value, characterized in that a specific frequency band eliminating section is arranged in said current control section; and said specific frequency band eliminating section comprises at least a notch filter, and attenuates at least one frequency component having a frequency obtained by multiplying about half of an operation frequency of said torque control section by a natural number in a power spectrum of said current command value, said power spectrum occurring from a relationship between an operation period of said torque control section and an operation period of said current control section when said operation period of said torque control section is longer than or equal to said operation period of said current control section and an operation amount of said torque control section is larger than an operation amount of said current control section.
A lighting system comprising: - a lighting driver circuit comprising a 1-10V dimming interface for setting a light level of a luminaire; and - a lighting control module comprising: - an interface (20,24) arranged for receiving a dimming setting; - a memory arranged for storing the dimming setting; - an output circuit arranged for generating a dimming control signal for application to the dimming interface based on the dimming setting stored in the memory; and - a power supply circuit for powering the output circuit based on power received from the dimming interface of the lighting driver circuit; wherein the lighting control module is adapted to use an adapted dimming curve, such that the dimming control signal of the lighting control module has a range of voltage values with a lowest value, greater than 1V, which is sufficient for the power supply circuit to power the output circuit; and wherein the lighting driver circuit further comprises a rescaling unit for rescaling the dimming control signal. - a lighting driver circuit comprising a 1-10V dimming interface for setting a light level of a luminaire; and - a lighting control module comprising: - an interface (20,24) arranged for receiving a dimming setting; - a memory arranged for storing the dimming setting; - an output circuit arranged for generating a dimming control signal for application to the dimming interface based on the dimming setting stored in the memory; and - a power supply circuit for powering the output circuit based on power received from the dimming interface of the lighting driver circuit; - an interface (20,24) arranged for receiving a dimming setting; - a memory arranged for storing the dimming setting; - an output circuit arranged for generating a dimming control signal for application to the dimming interface based on the dimming setting stored in the memory; and - a power supply circuit for powering the output circuit based on power received from the dimming interface of the lighting driver circuit;
Method for producing a component from a γ-TiAl alloy, in which, in a first step, a forging blank made of a γ-TiAl alloy is built up from a powder material by an additive method and subsequently, in a second step, the forging blank is reshaped to form a semi-finished product, the degree of reshaping over the entire forging blank being so high that, in a third step, the structure is recrystallized during a heat treatment, characterized in that, in additive manufacturing process, the forging blank is produced so as to have at least two regions of different chemical composition, a different chemical composition in the forging blank being adjusted during the additive manufacturing process by evaporating aluminum at a different intensity during melting of the powder.
Doorhandle system of a motor vehicle, having a support element, an operating element which is mounted movably on the support element, a locking device which is designed to be operatively connected to the operating element via a first operative connection, and a closing device which is designed to open a door or hatch of the motor vehicle, and which is designed to be operatively connected to the operating element via a second operative connection, wherein the operating element is designed to be movable from a rest position into an unlocking position in order to unlock the closing device by means of a first actuation movement carried out manually by a user, and wherein the operating element is designed to be movable from the rest position into an opening position in order to open the door or hatch by means of a second actuation movement carried out manually by the user. having a support element, an operating element which is mounted movably on the support element, a locking device which is designed to be operatively connected to the operating element via a first operative connection, and a closing device which is designed to open a door or hatch of the motor vehicle, and which is designed to be operatively connected to the operating element via a second operative connection, wherein the operating element is designed to be movable from a rest position into an unlocking position in order to unlock the closing device by means of a first actuation movement carried out manually by a user, and wherein the operating element is designed to be movable from the rest position into an opening position in order to open the door or hatch by means of a second actuation movement carried out manually by the user.
Non-therapeutic use of a non-ionic surfactant comprising polyethylene glycol ether of a fatty alcohol, in a composition to promote lubricity of the mouth.
A process for producing a confectionery product comprising the step of admixing a structured liquid comprising a thermodynamically stable mixture of water, a surfactant, a co-surfactant and a non-aqueous component with a confectionery mass; wherein the surfactant is a C 2-36 fatty acid, a glycerol fatty acid ester of a C 2-36 fatty acid, a polyoxyethylene ester formed from a C 2-36 fatty acid and a sugar and/or sugar alcohol and having up to 50 ethylenoxide repeat units, a propylene glycol mono- or di-ester of a C 2-36 fatty acid, a phospholipid, a sugar ester of a C 2-36 fatty acid, a sugar ether, a polyglycerol ester, a sorbitan ester of a C 2-36 fatty acid, a polysorbate, or a mixture of any of these; and wherein the co-surfactant is one or more esters of a C 1-8 carboxlylic acid, the ester moieties comprising a carbon chain having 3-8 carbon atoms; and wherein the structured liquid is in the form of a submicroemulsion, a lamellar structure or a bicontinuous phase, and the structured liquid comprises dispersed droplets having a diameter of less than 10 μm or comprises layers having a thickness of less than 10 μm.
Fuel injector, in particular common-rail injector, having an injector housing in which there is formed a high-pressure chamber which can be supplied with pressurized fuel via a supply bore arranged in the injector housing, having at least one injection opening which is connected at least indirectly to the high-pressure chamber and which is formed in the injector housing and which serves for the injection of fuel into the combustion chamber of an internal combustion engine, having an injection valve element which opens up or closes off the at least one injection opening, and having a measuring device for at least indirectly detecting the pressure in the high-pressure chamber or in the supply bore, wherein the measuring device is designed to detect an elastic deformation of a deformation region which is arranged so as to be at least indirectly operatively connected to the supply bore or to the high-pressure chamber, wherein the measuring device has a sensor element which, on the side facing toward the deformation region, is connected to the deformation region by means of a cohesive connection, and wherein the sensor element is designed to detect stresses, in particular tensile stresses, occurring in the deformation region during a deformation, characterized in that the cohesive connection is formed only in a partial region (42; 46) between the deformation region and that surface of the sensor element which faces towards the deformation region.
A controlled-release solid oral pharmaceutical composition comprising a core containing mesalazine, the salts thereof or an analogue thereof selected from sulphasalazine, olsalazine, balsalazide and salazopyrin, and an outer coating of said core, characterised in that: a) the core consists of: a monolithic matrix containing mesalazine, the salts or an analogue thereof, at least one hydroxypropyl methylcellulose having a viscosity ranging between 3 and 5000 mPa.s 2% in H 2 O at 20°C, at least one hydroxypropyl methylcellulose having a viscosity ranging between 135000 and 280000 mPa.s 2% in H 2 O at 20°C, at least one or more methacrylic acid copolymers soluble at pH ≥ 5.5, b) the coating consists of a layer comprising ethylcellulose or of a gastroresistant layer. a) the core consists of: a monolithic matrix containing mesalazine, the salts or an analogue thereof, at least one hydroxypropyl methylcellulose having a viscosity ranging between 3 and 5000 mPa.s 2% in H 2 O at 20°C, at least one hydroxypropyl methylcellulose having a viscosity ranging between 135000 and 280000 mPa.s 2% in H 2 O at 20°C, at least one or more methacrylic acid copolymers soluble at pH ≥ 5.5, b) the coating consists of a layer comprising ethylcellulose or of a gastroresistant layer.
A battery module, comprising: a plurality of battery cells connected in series or connected in series and in parallel; a plurality of bus bars connected to corresponding electrode leads of the battery cells; and a voltage sensing member having sensing parts respectively connected to the bus bars, wherein each of the plurality of bus bars has a pin hole perforated therethrough in a thickness direction, and each of the sensing parts has a solder pin configured to be inserted into and released from the pin hole, wherein the solder pin includes: a base portion attached to one surface of the sensing part; and a hole insert portion configured to extend in a direction orthogonal to the base portion and provided to be inserted into the pin hole, wherein the hole insert portion includes a first post and a second post (62b formed to extend in parallel with each other, wherein each of the first post and the second post has a hook-shaped end portion (E1, E2), and each of the hook-shaped end portions (E1, E2) is configured to pass through the pin hole and hook to a rear surface of the bus bar. a plurality of battery cells connected in series or connected in series and in parallel; a plurality of bus bars connected to corresponding electrode leads of the battery cells; and a voltage sensing member having sensing parts respectively connected to the bus bars, wherein each of the plurality of bus bars has a pin hole perforated therethrough in a thickness direction, and each of the sensing parts has a solder pin configured to be inserted into and released from the pin hole, wherein the solder pin includes: a base portion attached to one surface of the sensing part; and a hole insert portion configured to extend in a direction orthogonal to the base portion and provided to be inserted into the pin hole, wherein the hole insert portion includes a first post and a second post (62b formed to extend in parallel with each other, wherein each of the first post and the second post has a hook-shaped end portion (E1, E2), and each of the hook-shaped end portions (E1, E2) is configured to pass through the pin hole and hook to a rear surface of the bus bar. a base portion attached to one surface of the sensing part; and a hole insert portion configured to extend in a direction orthogonal to the base portion and provided to be inserted into the pin hole, wherein the hole insert portion includes a first post and a second post (62b formed to extend in parallel with each other, wherein each of the first post and the second post has a hook-shaped end portion (E1, E2), and each of the hook-shaped end portions (E1, E2) is configured to pass through the pin hole and hook to a rear surface of the bus bar.
A tissue fixation device comprising: a first fixation plate comprising: an elongated body having a first end and a second end with a length therebetween, a first suture aperture at the first end, and a central graft support loop depending from the elongated body; a second fixation plate receiving the first fixation plate and comprising an upper surface having a first peg projecting upwardly therefrom through the first suture aperture of the first fixation plate, wherein the second fixation plate has a length exceeding the length of the first fixation plate, and wherein the second fixation plate further comprises at least one opening (52; 98; 102, 104) through which the graft support loop depends. a first fixation plate comprising: an elongated body having a first end and a second end with a length therebetween, a first suture aperture at the first end, and a central graft support loop depending from the elongated body; an elongated body having a first end and a second end with a length therebetween, a first suture aperture at the first end, and a central graft support loop depending from the elongated body; a second fixation plate receiving the first fixation plate and comprising an upper surface having a first peg projecting upwardly therefrom through the first suture aperture of the first fixation plate, wherein the second fixation plate has a length exceeding the length of the first fixation plate, and wherein the second fixation plate further comprises at least one opening (52; 98; 102, 104) through which the graft support loop depends.
A surgical device, comprising an implant suitable for being anchored in bone tissue or other hard tissue with the aid of mechanical vibrations and a tool, which implant comprises an axis and an axially extending implant opening as well as a material liquefiable by mechanical vibrations, which forms at least a part of the surface of the implant, and which tool has a proximal portion and a distal end portion (3.7), wherein the distal end portion (3.7) has at least one cross-section which is larger than at least one cross-section of said implant opening and which distal end portion is able to be moved within the implant opening relative to the implant under the influence of a tensile force and of the mechanical vibrations, whereby the implant is locally expanded under at least partial plastification of the implant, wherein the mechanical vibrations are able to be transmitted to a peripheral surface of the implant in the area of the expansion, characterized in a distal end portion of the tool (3.7) comprising a component with a growing cross-section from the proximal to the distal side located at a shaft portion (3.4).
A modified Enterococcal strain, wherein the strain comprises: a. a ΔsrtA mutation, b. a first plasmid encoding Bac 21, wherein the plasmid has a ΔbacAB mutation, and c. a second plasmid encoding a proximal part of bac-21operon. a. a ΔsrtA mutation, b. a first plasmid encoding Bac 21, wherein the plasmid has a ΔbacAB mutation, and c. a second plasmid encoding a proximal part of bac-21operon.
A method for determining and putting in a quantity of fuel on the basis of a value of the target of the air-fuel ratio in an internal combustion engine equipped with a plurality of cylinders and injectors having a Control Unit and a device for each cylinder comprising a coil, a spark plug, a polarisation circuit, an acquisition circuit; the method is characterized by comprising the following phases: to measure in each cylinder of said engine the ion current of the combustion of the air-fuel mixture, from the beginning of the spark occurring in said spark plug through to the end of the ion phenomenon; to register the values of said ion current IC during each chemical and thermal phase of the combustion of the air-fuel mixture in each cylinder of said engine; to calculate the value of the integral of the registered values of said ion current IC during each chemical and thermal phase of the combustion of the air-fuel mixture I (∑I) in each cylinder of said engine; to register the value of said integral ∑I; to determine the value of the temporal length of each chemical and thermal phase of said ion current IC during the combustion of the air-fuel mixture in each cylinder of said engine; to register said value T; to determine the average value of said ion current IC in each chemical and thermal phase of the combustion of the air-fuel mixture I in each cylinder of said engine on the basis of the ratio of the registered value of said integral ∑I and of the registered value of said temporal length T; to register said average value VM; to register the value of each maximum peak of said ion current IC during the chemical phase of the combustion of the air-fuel mixture; to determine the value of the time interval between the spark occurring in said spark plug and each maximum peak of said ion current IC during the chemical phase of the combustion of the air-fuel mixture (Tp); to register said time interval value Tp; to determine the value of speed of the flame front of said engine on the basis of the ratio between said value P and the value of said time interval Tp; to register the value of said speed of the flame front FFS; to determine a value on the basis of the value of the solution of polynomials with a maximum order of 6 having as variable said average value VM; to register said value L1: to determine a value on the basis of the value of the solution of polynomials with a maximum order of 6 having as variable the value of the speed of said flame front FFS; to register said value L2; to determine the value of the air-fuel ratio in each cylinder of said engine (Cylinder Lambda) on the basis of the value of the weighted average between said value L1 and said value L2; to register said Cylinder Lambda value; to determine the value of the target of the air-fuel ratio (Correction Value) comparing said Cylinder Lambda value with a predetermined value of the air-fuel ratio (Reference Lambda); to register said Correction Value; to put in a quantity of fuel into each cylinder of said engine on the basis of said Correction Value.
Position measuring device for a stator unit of a rotary electric machine comprising a stator in which a winding is disposed, the rotary electric machine comprising a rotor mounted so as to rotate in and relative to the stator unit about an axis of rotation, the position measuring device comprising a sensor compartment intended to house at least one position sensor measuring the position of the rotor relative to the stator unit, the position measuring device being intended to be positioned in an axial end zone of the stator unit so as to allow the position sensor to detect a rotating target connected to the rotor, the position measuring device comprising a fastening arm projecting relative to the sensor compartment towards the axis of rotation, and comprising fastening means connected to the fastening arm and intended to be fastened on a bearing of the stator unit, the bearing being made of metal and being positioned at an axial end of the stator unit, the sensor compartment and the fastening arm being made of polymer and the fastening means being made of metal, characterized in that the fastening means are overmoulded in the fastening arm during an overmoulding operation so as to obtain fastening means that are integrated in the fastening arm.