mhurhangee/patent-ind-claim-en huggingface dataset:
Brentuximab vedotin for use in treating a hematological or lymphoid cancer in a non-adult human subject, wherein the Brentuximab vedotin is administered at a dose of between: 32-78 mg/m 2 , e.g., : : 64-78 mg/m 2 , e.g. between: 66-76, 68-74, 70-72, or 71.5 mg/m 2 , e.g., every three weeks; or e.g., : 43-53 mg/m 2 , e.g. between: 45-51, 47-49, or 48 mg/m 2 , e.g., every two weeks, or, e.g., 32-40 mg/m 2 , e.g. between: 34-38, 35-37, or 36 mg/m 2 , e.g. every two weeks. : 64-78 mg/m 2 , e.g. between: 66-76, 68-74, 70-72, or 71.5 mg/m 2 , e.g., every three weeks; or e.g., : 43-53 mg/m 2 , e.g. between: 45-51, 47-49, or 48 mg/m 2 , e.g., every two weeks, or, e.g., 32-40 mg/m 2 , e.g. between: 34-38, 35-37, or 36 mg/m 2 , e.g. every two weeks.
A thermoplastic molding material comprising a) a mixture of 100 parts by weight of polyamide 6 or polyamide 6/6,6 and 7 to 50 parts by weight of aliphatic polyamide composed of C 4-10 -diamine and C 8-16 -dicarboxylic acid as component A), b) 10 to 70% by weight, based on component A), of glass fibers as component B), c) 0 to 30% by weight, based on component A), of further additives as component C), wherein the molding material comprises no thermoplastic polyamides distinct from polyamides of the component A) and no flame retardant additives. a) a mixture of 100 parts by weight of polyamide 6 or polyamide 6/6,6 and 7 to 50 parts by weight of aliphatic polyamide composed of C 4-10 -diamine and C 8-16 -dicarboxylic acid as component A), b) 10 to 70% by weight, based on component A), of glass fibers as component B), c) 0 to 30% by weight, based on component A), of further additives as component C),
Butter consisting of at least 80 per cent milk fat and obtained from milk of cows, comprising or consisting of (a) a first butter phase having a fat content of less than 90% by weight, and (b) a second butter phase having a fat content of at least 90% by weight and a melting point of at least 45 °C, wherein the two butter phases are arranged in one, two, or more layers on top of one another, and wherein the lower-fat phase is at the bottom and the higher-fat phase is at the top, and the both butter phases are present in the weight ratio of 40:60 to 60:40. (a) a first butter phase having a fat content of less than 90% by weight, and (b) a second butter phase having a fat content of at least 90% by weight and a melting point of at least 45 °C,
A gel for bone or soft tissue repair of a patient obtainable by a method comprising: producing an amorphous calcium polyphosphate composition from an inorganic ceramic material by a calcination process, wherein the calcination process has a calcination temperature and a calcination time, preferably wherein the calcination temperature is about 300 degrees Celsius to about 700 degrees Celsius and the calcination time is about 4 to about 72 hours; melting the amorphous calcium polyphosphate composition at a melting step temperature for a melting step time, preferably wherein the melting step temperature is about 1100 degrees Celsius to about 1300 degrees Celsius and the melting step time is about 10 minutes to about 360 minutes; preparing the amorphous calcium polyphosphate composition to a particle size of about 1 nanometer to about 75 micrometers; and adding the particles to distilled water at a concentration of about 0.01 to 0.5 g/ml to produce an injectable colloid which undergoes gelation after injection. producing an amorphous calcium polyphosphate composition from an inorganic ceramic material by a calcination process, wherein the calcination process has a calcination temperature and a calcination time, preferably wherein the calcination temperature is about 300 degrees Celsius to about 700 degrees Celsius and the calcination time is about 4 to about 72 hours; melting the amorphous calcium polyphosphate composition at a melting step temperature for a melting step time, preferably wherein the melting step temperature is about 1100 degrees Celsius to about 1300 degrees Celsius and the melting step time is about 10 minutes to about 360 minutes; preparing the amorphous calcium polyphosphate composition to a particle size of about 1 nanometer to about 75 micrometers; and adding the particles to distilled water at a concentration of about 0.01 to 0.5 g/ml to produce an injectable colloid which undergoes gelation after injection.
A hollow core photonic crystal fiber, PCF, comprising an outer cladding region and hollow tubes surrounded by said outer cladding region, wherein each of said hollow tubes is fused to said outer cladding region to form a ring defining an inner cladding region and a hollow core region surrounded by said inner cladding region, wherein said hollow core region has a core diameter D from about 10 μm to about 100 μm, wherein said hollow tubes are not touching each other and wherein said hollow tubes are free of a nested sub tube, wherein each of said hollow tubes has an average outer diameter d2 and an average inner diameter d1, wherein d1/d2 is equal to or larger than about 0.8, such as equal to or larger than about 0.85, such as equal to or larger than about 0.9, characterized in that the photonic crystal fiber comprises exactly 7 hollow tubes and wherein the average outer tube diameter relative to the core diameter d2/D is between 0.5 and 0.75. region and hollow tubes surrounded by said outer cladding region, wherein each of said hollow tubes is fused to said outer cladding region to form a ring defining an inner cladding region and a hollow core region surrounded by said inner cladding region, wherein said hollow core region has a core diameter D from about 10 μm to about 100 μm, wherein said hollow tubes are not touching each other and wherein said hollow tubes are free of a nested sub tube, wherein each of said hollow tubes has an average outer diameter d2 and an average inner diameter d1, wherein d1/d2 is equal to or larger than about 0.8, such as equal to or larger than about 0.85, such as equal to or larger than about 0.9, characterized in that the photonic crystal fiber comprises exactly 7 hollow tubes and wherein the average outer tube diameter relative to the core diameter d2/D is between 0.5 and 0.75.
A method of forming a coated implantable medical device including the steps of: removing non-volatile carbon deposits from at least one surface of the medical device; applying a layer of carbon over the at least one surface by a carbon deposition process; and applying a layer of therapeutic or bioactive material directly over the layer of carbon; wherein the layer of therapeutic or bioactive material is free of polymer material. removing non-volatile carbon deposits from at least one surface of the medical device; applying a layer of carbon over the at least one surface by a carbon deposition process; and applying a layer of therapeutic or bioactive material directly over the layer of carbon; wherein the layer of therapeutic or bioactive material is free of polymer material.
A subsea basket (101; 200, 201; 651; 751) for the subsea transfer of seismic nodes , comprising a frame ; and a plurality of node holders (221; 400; 521; 661; 761, 771, 781), each node holder (221; 400; 521; 661; 761, 771, 781) being configured to hold a plurality of seismic nodes , said plurality of node holders (221; 400; 521; 661; 761, 771, 781) comprising a first node holder at a first vertical height and a second node holder at a second vertical height; characterized in that said subsea basket (101; 200, 201; 651; 751) further comprises an elevator assembly (230; 630) coupled to the frame and to the plurality of node holders (221; 400; 521; 661; 761, 771, 781), wherein the elevator assembly (230; 630) is configured to vertically move the plurality of node holders (221; 400; 521; 661; 761, 771, 781) with the plurality of seismic nodes within the frame . a frame ; and a plurality of node holders (221; 400; 521; 661; 761, 771, 781), each node holder (221; 400; 521; 661; 761, 771, 781) being configured to hold a plurality of seismic nodes , said plurality of node holders (221; 400; 521; 661; 761, 771, 781) comprising a first node holder at a first vertical height and a second node holder at a second vertical height; characterized in that said subsea basket (101; 200, 201; 651; 751) further comprises an elevator assembly (230; 630) coupled to the frame and to the plurality of node holders (221; 400; 521; 661; 761, 771, 781), wherein the elevator assembly (230; 630) is configured to vertically move the plurality of node holders (221; 400; 521; 661; 761, 771, 781) with the plurality of seismic nodes within the frame .
A mineral wool insulating element comprising: - a mineral wool blanket comprising mineral fibres; - a first non-metallic mesh arranged at a first major surface of the mineral wool blanket; - a second mesh arranged at a second major surface of the mineral wool blanket; and a plurality of fasteners comprising threads sewn through the mineral wool blanket and arranged to connect the first and second meshes together so as to retain the mineral wool blanket sandwiched between the first and the second meshes; wherein the mineral wool insulating element is a mineral wool mat held together by being sandwiched between the meshes covering its first major surface and its second major surface, wherein the said meshes covering the second major surface consist of the second mesh; and wherein the second mesh consists of a network of one of more of the threads formed by portions of the thread(s) passing along the second major surface of the mineral wool blanket. - a mineral wool blanket comprising mineral fibres; - a first non-metallic mesh arranged at a first major surface of the mineral wool blanket; - a second mesh arranged at a second major surface of the mineral wool blanket; and a plurality of fasteners comprising threads sewn through the mineral wool blanket and arranged to connect the first and second meshes together so as to retain the mineral wool blanket sandwiched between the first and the second meshes; wherein the mineral wool insulating element is a mineral wool mat held together by being sandwiched between the meshes covering its first major surface and its second major surface, wherein the said meshes covering the second major surface consist of the second mesh; and wherein the second mesh consists of a network of one of more of the threads formed by portions of the thread(s) passing along the second major surface of the mineral wool blanket.
System for generating random numbers, the system comprising an optical component that is adapted to generate two optical signals, and two photodetectors connected to the optical component, wherein the first photodetector is adapted to receive the first optical signal and to generate a first electrical signal based on the first optical signal and the second photodetector is adapted to receive the second optical signal and to generate a second electrical signal based on the second optical signal, wherein the optical component is adapted to generate first and second optical signals that randomly result in first and second electrical signals where the first and second electrical signals are either equal or one is larger than the other, the system characterized in that the photodetectors are adapted to transmit the first and second electrical signals to a comparator , wherein the comparator is adapted to provide an output based on a comparison of the first and second electrical signals, thereby providing the random number, wherein the only components used for transforming the optical interference signal to the random numbers are the photodetectors and the comparator, thereby eliminating the need for subtractors.
A method for manufacturing a negative electrode for an all solid state secondary battery, comprising the steps of: (S1) preparing a preliminary negative electrode comprising a current collector , and a negative electrode active material layer formed on at least one surface of the current collector , and containing a plurality of negative electrode active material particles and a solid electrolyte ; (S2) disposing a lithium layer on the negative electrode active material layer ; (S3) dipping the preliminary negative electrode having the lithium layer disposed thereon in an organic solvent ; and (S4) removing the lithium layer . (S1) preparing a preliminary negative electrode comprising a current collector , and a negative electrode active material layer formed on at least one surface of the current collector , and containing a plurality of negative electrode active material particles and a solid electrolyte ; (S2) disposing a lithium layer on the negative electrode active material layer ; (S3) dipping the preliminary negative electrode having the lithium layer disposed thereon in an organic solvent ; and (S4) removing the lithium layer .
A sealing device comprising: an expandable frame formed from a plurality of wires extending from a proximal end of the frame to a distal end of the frame, the plurality of wires forming: a proximal eyelet , an intermediate eyelet and a distal eyelet ; the intermediate eyelet having been formed by grouping the wires together and winding around a center pin; when deployed, the wires forming proximal and distal elements on either side of the intermediate eyelet, the elements each forming a plurality of petals , each petal having overlapping zones , said sealing device being characterized in that the proximal and the distal eyelets have been formed by grouping the wires together and winding around a keyed center pin and in that said sealing device further comprises a sealing member at least partially encapsulating the expandable frame . an expandable frame formed from a plurality of wires extending from a proximal end of the frame to a distal end of the frame, the plurality of wires forming: a proximal eyelet , an intermediate eyelet and a distal eyelet ; the intermediate eyelet having been formed by grouping the wires together and winding around a center pin; when deployed, the wires forming proximal and distal elements on either side of the intermediate eyelet, the elements each forming a plurality of petals , each petal having overlapping zones , said sealing device being characterized in that the proximal and the distal eyelets have been formed by grouping the wires together and winding around a keyed center pin and in that said sealing device further comprises a sealing member at least partially encapsulating the expandable frame .
Luminous motor-vehicle module capable of being configured to execute a first function emitting a cutoff-containing light beam , the cutoff delineating an illuminated region and a dark region , and a second function emitting a cutoff-free light beam , the dark region then being illuminated, comprising: - a first light source capable of being used with the first function and a second light source capable of being used with the second function, the first function being a low-beam function and the second function being a high-beam function; - a deflector arranged to create the cutoff of the cutoff-containing light beam when the first function is executed; - a planar-convex projecting lens comprising an optical centre, a planar entrance dioptric interface and a convex exit dioptric interface , which are capable of forming the light beam with or without cutoff, the planar entrance dioptric interface comprising a region that modifies the path of one portion of the light, emitted by the second light source, passing through the lens, so as to redirect one portion of the light emitted by the second source during emission of the cutoff-free light beam toward an image of the edge of the deflector, characterized in that the region is a deformation of the entrance dioptric interface of the lens, the deformation corresponding to a reduction in the thickness of the lens in the region so as to form a prism that modifies the path of all or some of the light that passes through it, the region being located at a distance greater than or equal to 10 mm from the horizontal axis passing through the optical centre of the lens upwards when the luminous module is placed in the vehicle, in a portion of the dioptric interface that is mainly employed during use of the second function. - a first light source capable of being used with the first function and a second light source capable of being used with the second function, the first function being a low-beam function and the second function being a high-beam function; - a deflector arranged to create the cutoff of the cutoff-containing light beam when the first function is executed; - a planar-convex projecting lens comprising an optical centre, a planar entrance dioptric interface and a convex exit dioptric interface , which are capable of forming the light beam with or without cutoff, the planar entrance dioptric interface comprising a region that modifies the path of one portion of the light, emitted by the second light source, passing through the lens, so as to redirect one portion of the light emitted by the second source during emission of the cutoff-free light beam toward an image of the edge of the deflector, characterized in that the region is a deformation of the entrance dioptric interface of the lens, the deformation corresponding to a reduction in the thickness of the lens in the region so as to form a prism that modifies the path of all or some of the light that passes through it,
Attaching device (20, 20', 21, 21', 22, 22'; 30), comprising a membrane for a membrane sail (1; 1'), the membrane comprising reinforcing filaments and a resin matrix forming a working surface of said membrane, characterized in that a plurality of filaments of said reinforcing filaments form a ring arranged on the exterior on the working surface, each of the filaments of said plurality of filaments having a part extending on the exterior of said working surface, referred to as the outer part, and two parts , referred to as inner parts, each of the inner parts extending at least partly on the interior of the working surface, the outer part being surrounded by the two inner parts.
Sterile cover for a medical imaging device , comprising: a frame member configured to cover an imaging front side of the medical imaging device , wherein a side intended to face the imaging front side of the medical device is a facing side of the frame member , and at least one transparent cover portion within the frame member arranged to allow at least imaging by the medical imaging device when the frame member is attached to the medical imaging device , wherein the frame member comprises at least two attachment portions configured to provide a positive-fit connection with corresponding attachment portions of the medical imaging device , and wherein the frame member further comprises at least one guiding member protruding from the facing side of the frame member intended to be received by a recess on the imaging front side of the medical imaging device . a frame member configured to cover an imaging front side of the medical imaging device , wherein a side intended to face the imaging front side of the medical device is a facing side of the frame member , and at least one transparent cover portion within the frame member arranged to allow at least imaging by the medical imaging device when the frame member is attached to the medical imaging device , wherein the frame member comprises at least two attachment portions configured to provide a positive-fit connection with corresponding attachment portions of the medical imaging device , and wherein the frame member further comprises at least one guiding member protruding from the facing side of the frame member intended to be received by a recess on the imaging front side of the medical imaging device .
A lumbar support assembly comprising: a mat formed by connecting wires in such a manner as to take shape in the form of a net and connected to a seat frame in such a manner as to be rotatable forward or backward; a tension unit comprising first and second cables , respective first end portions of the first and second cable being connected to opposite sides, respectively, of the seat frame , and respective second end portions thereof extending to the mat ; a drive unit mounted on a center lower portion of the mat and connected to the respective second end portions of the first and second end portions, the drive unit being configured to pull or release the first and second cables ; and a mounting clip unit , a first end portion of the mounting clip unit being formed to a shape of a cylinder that extends toward opposite lateral sides and being combined with the mat , and a second end portion thereof being formed in such a manner that opposite end parts of the first end portion protrude backward and are combined in a hooked manner with the drive unit . a mat formed by connecting wires in such a manner as to take shape in the form of a net and connected to a seat frame in such a manner as to be rotatable forward or backward; a tension unit comprising first and second cables , respective first end portions of the first and second cable being connected to opposite sides, respectively, of the seat frame , and respective second end portions thereof extending to the mat ; a drive unit mounted on a center lower portion of the mat and connected to the respective second end portions of the first and second end portions, the drive unit being configured to pull or release the first and second cables ; and a mounting clip unit , a first end portion of the mounting clip unit being formed to a shape of a cylinder that extends toward opposite lateral sides and being combined with the mat , and a second end portion thereof being formed in such a manner that opposite end parts of the first end portion protrude backward and are combined in a hooked manner with the drive unit .
A bidet device, namely a bidet attachment for mounting on a toilet to create a shower-toilet, said attachment comprising: a housing for mounting on a rear portion of the toilet , a shower device in the housing and a movable cover plate on the upper side, relative to the mounted position, of the housing , wherein the cover plate is removable from the housing without tools and is free from the housing in the removed state and the cover plate is removable by releasing a connection between at least one fastening part glued to the cover plate, and the housing . a housing for mounting on a rear portion of the toilet , a shower device in the housing and a movable cover plate on the upper side, relative to the mounted position, of the housing , wherein the cover plate is removable from the housing without tools and is free from the housing in the removed state and the cover plate is removable by releasing a connection between at least one fastening part glued to the cover plate, and the housing .
A method executed by an access point for communicating modulation parameters in a wireless communication system employing multi-carrier modulation, the method comprising: determining a particular modulation scheme to be used; determining one or more modulation parameters associated with the particular modulation scheme and a modulation schedule associated with the particular modulation scheme, the modulation schedule including a time value indicating when the particular modulation scheme will take effect; and transmitting the determined one or more modulation parameters and the modulation schedule to an access terminal , characterized in that the modulation schedule further includes a time duration during which the particular modulation scheme is to be used. determining a particular modulation scheme to be used; determining one or more modulation parameters associated with the particular modulation scheme and a modulation schedule associated with the particular modulation scheme, the modulation schedule including a time value indicating when the particular modulation scheme will take effect; and transmitting the determined one or more modulation parameters and the modulation schedule to an access terminal , characterized in that the modulation schedule further includes a time duration during which the particular modulation scheme is to be used.