mhurhangee/ep-ind-claims huggingface dataset:
Abituzumab for use in the treament of bone metastasis disease which is prostate cancer or is derived from prostate cancer in a subject, wherein said subject is characterised by a) high levels of one or more proteins in at least one body fluid of said subject, wherein said one or more proteins comprise: STX1A (UniProt ID: Q16623), and optionally b) low levels of one or more proteins in at least one body fluid of said subject, wherein said one or more proteins are selected from the group consisting of: ANG (UniProt ID: P03950), IL1B (UniProt ID: P01584), LEPR (UniProt ID: P48357), MAP2K2 (UniProt ID: P36507), MAPK11 (UniProt ID: Q15759), RGMB (UniProt ID: Q6NW40), and TNFRSF17 (UniProt ID: Q02223); and wherein said Abituzumab is to be administered to said subject. a) high levels of one or more proteins in at least one body fluid of said subject, wherein said one or more proteins comprise: STX1A (UniProt ID: Q16623), and optionally b) low levels of one or more proteins in at least one body fluid of said subject, wherein said one or more proteins are selected from the group consisting of: ANG (UniProt ID: P03950), IL1B (UniProt ID: P01584), LEPR (UniProt ID: P48357), MAP2K2 (UniProt ID: P36507), MAPK11 (UniProt ID: Q15759), RGMB (UniProt ID: Q6NW40), and TNFRSF17 (UniProt ID: Q02223); and wherein said Abituzumab is to be administered to said subject.
Clamping device for a weaving machine comprising a first moveable clamping element with a first clamping surface and a second moveable clamping element with a second clamping surface arranged opposite the first clamping surface, the first clamping surface and the second clamping surface forming a clamping region there between for catching and retaining ends of inserted weft threads, characterized in that the first moveable clamping element and the second moveable clamping element are passively arranged, i.e. no drive units are provided for driving and/or braking the first moveable clamping element and the second moveable clamping element, and wherein the first clamping surface and the second clamping surface are configured to be carried along with the ends of inserted weft threads and to move in contact with the ends of inserted weft threads without relative sliding of the ends of inserted weft threads over the clamping surfaces in the warp direction.
Sorting device for sorting out parts by means of air blasts, the sorting device comprising at least one sorting unit provided with a valve support supporting a plurality of electrically actuated sorting valves which have a 2/2-way functionality, which are supplied with compressed air from a common feed passage and each of which is connected to an individual sorting passage leading to a sorting nozzle, wherein each sorting valve can optionally be switched into an open position connecting the associated sorting passage to the feed passage, thereby causing an air blast to emerge from the associated sorting nozzle, or into a closed position, wherein purge air discharged from the sorting nozzle at a lower flow rate than that of the air blast which can be generated in the open position can be fed into each sorting passage from a purge air passage of the sorting device at least in the closed position of the associated sorting valve for cleaning purposes, characterised in that several or all of the sorting passages of the sorting unit are connected to a common purge air passage independently of the sorting valves.
A method for decoding a video bitstream comprising: decoding an intra random access point, IRAP, picture of said video bitstream; decoding a dependent random access point, DRAP, picture of said video bitstream using said IRAP picture as sole reference picture for said DRAP picture, said IRAP picture being an associated IRAP picture to said DRAP picture, identifying said DRAP picture in said video bitstream as a DRAP picture only by a supplemental enhancement information, SEI, message associated with said DRAP picture, said DRAP picture together with the associated IRAP picture used for decoding said DRAP picture constituting a random access point in said video bitstream, thereby enabling a random access operation to be performed into said video bitstream beginning with said DRAP picture, and wherein said DRAP picture is marked as a trailing picture that may be used as a reference picture by pictures following said DRAP picture in decoding order, a trailing picture being a picture that follows an associated IRAP picture in output order and decoding order, the associated IRAP picture being the closest preceding IRAP picture of the trailing picture in decoding order; and decoding at least one non-random access point, non-RAP, picture of said video bitstream following said DRAP picture in output order and decoding order, wherein said at least one non-RAP picture does not use any non-RAP picture preceding said DRAP picture in decoding order in said video bitstream as a reference picture. decoding an intra random access point, IRAP, picture of said video bitstream; decoding a dependent random access point, DRAP, picture of said video bitstream using said IRAP picture as sole reference picture for said DRAP picture, said IRAP picture being an associated IRAP picture to said DRAP picture, identifying said DRAP picture in said video bitstream as a DRAP picture only by a supplemental enhancement information, SEI, message associated with said DRAP picture, said DRAP picture together with the associated IRAP picture used for decoding said DRAP picture constituting a random access point in said video bitstream, thereby enabling a random access operation to be performed into said video bitstream beginning with said DRAP picture, and wherein said DRAP picture is marked as a trailing picture that may be used as a reference picture by pictures following said DRAP picture in decoding order, a trailing picture being a picture that follows an associated IRAP picture in output order and decoding order, the associated IRAP picture being the closest preceding IRAP picture of the trailing picture in decoding order; and decoding at least one non-random access point, non-RAP, picture of said video bitstream following said DRAP picture in output order and decoding order, wherein said at least one non-RAP picture does not use any non-RAP picture preceding said DRAP picture in decoding order in said video bitstream as a reference picture.
A computer-implemented method for managing redundant signals, said method comprising the steps of: receiving, using at least one programmed computer, a first multimedia signal stream with an identifier, the first multimedia signal stream having a first time associated with a first advertisement signal point representing a starting location for an advertisement in the first multimedia signal stream; receiving, using at least one programmed computer, a second multimedia signal stream with the identifier, the second multimedia signal stream having a second time associated with a second advertisement signal point representing a starting location for an advertisement in the second multimedia signal stream, wherein the second time is after the first time; comparing, using the at least one programmed computer, the first time associated with the first multimedia signal stream with the second time associated with the second multimedia signal stream; and terminating transmission of the second multimedia signal stream and transmitting the first multimedia signal stream, using the at least one programmed computer, when the comparison is determined to be within a time range tolerance. receiving, using at least one programmed computer, a first multimedia signal stream with an identifier, the first multimedia signal stream having a first time associated with a first advertisement signal point representing a starting location for an advertisement in the first multimedia signal stream; receiving, using at least one programmed computer, a second multimedia signal stream with the identifier, the second multimedia signal stream having a second time associated with a second advertisement signal point representing a starting location for an advertisement in the second multimedia signal stream, wherein the second time is after the first time; comparing, using the at least one programmed computer, the first time associated with the first multimedia signal stream with the second time associated with the second multimedia signal stream; and terminating transmission of the second multimedia signal stream and transmitting the first multimedia signal stream, using the at least one programmed computer, when the comparison is determined to be within a time range tolerance.
Vertical flow-wrapper with a housing, at which a form-fill-tube, a longitudinal-sealing means and a cross-sealing means and a cutting means are provided, wherein the cross- sealing means is provided at a part which is moveable relative to the housing from an operation- into an inspection position and vice versa, characterized in that movable part is part of the housing of the vertical flow-wrapper and wherein the cross-sealing means are provided on one side of the part and its drive on the opposite side.
Method for braking a hydrostatic drive which has a hydraulic pump, which is driven by an internal combustion engine and has a variable displacement volume, and a hydraulic motor which is connected to the hydraulic pump via two lines (25, 26) in a closed circuit, the braking of the hydrostatic drive taking place by way of reduction of the displacement volume of the hydraulic pump; the displacement volume of the hydraulic pump being reduced in order to begin the braking, and an electrically actuated proportional valve which connects the two lines (25, 26) to one another being opened.
Contactless connector for inductively connecting at a mating end of a corresponding mating connector, the contactless connector comprising: an inductive coupling element for transmitting and/or receiving power to/from the corresponding mating connector; and an outer ferrite cylindrical element arranged to at least partially surround the inductive coupling element, wherein said outer ferrite cylindrical element is magnetically coupled to a base plate; wherein said base plate comprises at least one lead-through for accommodating at least one contact lead (103, 104) connected to said inductive coupling element, and wherein said base plate is formed to have at least one air gap (114, 116, 117) for preventing eddy currents, arranged in a magnetic path of a magnetic field induced by electric current flowing through said at least one lead (103, 104). an inductive coupling element for transmitting and/or receiving power to/from the corresponding mating connector; and an outer ferrite cylindrical element arranged to at least partially surround the inductive coupling element, wherein said outer ferrite cylindrical element is magnetically coupled to a base plate; wherein said base plate comprises at least one lead-through for accommodating at least one contact lead (103, 104) connected to said inductive coupling element, and wherein said base plate is formed to have at least one air gap (114, 116, 117) for preventing eddy currents, arranged in a magnetic path of a magnetic field induced by electric current flowing through said at least one lead (103, 104).
Encapsulation structure with antireflection properties for an OLED display, comprising a linearly polarizing layer, an inorganic layer, a layer comprising a photo-aligned substance and a liquid crystal polymer layer, wherein the liquid crystal orientation in the liquid crystal polymer layer has been created due to contact with the photo-aligned substance and wherein the layer comprising the photo-aligned substance comprises one or more substances, which are neither photo-alignable nor a solvent and support the barrier properties of the encapsulation structure, and wherein the layer comprising a photo-aligned substance further comprises a getter material, wherein the total thickness of the structure is less than 50 μm.
A method of continuous separation of a plasmid from a process feed comprising a plasmid in an apparatus with at least three chromatography columns packed with particles of the same separation matrix, wherein while one chromatography column is loaded with the process feed, another chromatography column is eluted with an eluent to recover the separated plasmid, and yet another chromatography column is eluted with a further eluent to remove contaminants.
Rotary compressor arrangement comprising a body centered at a shaft axis and a cylindrical piston eccentrically arranged with respect to the body such that an inner volume is created between them, into which volume a compressible fluid can be introduced; characterised in that the arrangement further comprises guiding means arranged at an offset axis with respect to the shaft axis, the guiding means rotating around the shaft axis, entraining and guiding in rotation the cylindrical piston over the body; wherein the guiding means provide at least two guiding points (201, 301) when contacting the external surface of the cylindrical piston; the guiding points (201, 301) being positioned in such a way with respect to the cylindrical piston that a contact point between the body and the cylindrical piston, within the inner volume, is ensured during the rotation of the cylindrical piston.
A leading edge wing slat having upper and lower surfaces (14, 16) with upper and lower trailing edges (14a, 16a), respectively, and a noise-abatement airflow shield integral with the lower trailing edge of the slat, wherein the shield is reciprocally autonomously curvable from a planar configuration when the slat is in a retracted position thereof and into a convexly curved configuration when the slat is in a deployed position thereof, wherein the convexly curved configuration of the shield provides a convex curvature towards the outside of the lower trailing edge of the slat.
A method for manufacturing a flexographic printing plate, comprising a step of developing a CTP flexographic printing original plate with use of an aqueous developer, wherein the CTP flexographic printing original plate has at least a support, a photosensitive resin layer, a protective layer, and an infrared-sensitive layer that contains carbon black, which are stacked in this order, and wherein the aqueous developer contains 90 to 99.9% by mass of water and 0.1 to 10% by mass of a developer composition containing (a) a nonionic surfactant composed of monoalkyl ether and/or monoalkyl ester of polyethylene glycol, wherein a number of carbon atoms of the alkyl group therein is 8 to 19, and wherein an HLB value thereof is 11 to 16; and (b) one or more anionic surfactants selected from the group consisting of oleic acid metal salt, lauric acid metal salt, dodecylbenzene sulfonic acid metal salt and lauryl sulfate metal salt, wherein a content ratio of (a): (b) is 25: 75 to 75: 25 (mass ratio), and wherein a brushing friction coefficient on a surface of a printing original plate is 0.60 to 0.75[-], when measured in an aqueous developer containing 1% by mass of the developer composition and 99% by mass of water, wherein the brushing friction coefficient is measured as described in the description.
A locking mechanism comprising a linkage assembly comprising: a first link and a second link joined at a pivot point; a linkage assembly spring to bias the linkage assembly into a first, locked, position; a cam assembly having a cam with a cam surface in engagement with the linkage assembly; a cam biasing member arranged to bias the cam surface to press against the linkage assembly sufficiently to overcome the linkage assembly spring and to force the linkage assembly into a second, unlocked position; and a solenoid assembly (3, 6, 7, 8) arranged to engage the cam in a locked position in which the cam is prevented from forcing the linkage assembly into the unlocked position. a first link and a second link joined at a pivot point; a linkage assembly spring to bias the linkage assembly into a first, locked, position; a cam assembly having a cam with a cam surface in engagement with the linkage assembly; a cam biasing member arranged to bias the cam surface to press against the linkage assembly sufficiently to overcome the linkage assembly spring and to force the linkage assembly into a second, unlocked position; and a solenoid assembly (3, 6, 7, 8) arranged to engage the cam in a locked position in which the cam is prevented from forcing the linkage assembly into the unlocked position.
A magnetic-based electronic valve reader for determining a setting of an implantable medical device having a control valve and a magnetic indicator device, the magnetic-based electronic valve reader comprising: a housing having a display; and a plurality of magnetic sensor devices for use in determining a spatial location and orientation of the magnetic indicator device; characterized by: an orientation sensing mechanism that digitally measures changes in the orientation of the housing; a processing system including at least one processing module that receives magnetic sensor values from the plurality of magnetic sensor devices and determines a setting for the control valve of the implantable medical device; and wherein the processing system is configured to generate a signal to provide an indication of the electronic valve reader to a change in orientation of the housing that is either at or outside of a predetermined angular acceptance window. a housing having a display; and a plurality of magnetic sensor devices for use in determining a spatial location and orientation of the magnetic indicator device; characterized by: an orientation sensing mechanism that digitally measures changes in the orientation of the housing; a processing system including at least one processing module that receives magnetic sensor values from the plurality of magnetic sensor devices and determines a setting for the control valve of the implantable medical device; and an orientation sensing mechanism that digitally measures changes in the orientation of the housing; a processing system including at least one processing module that receives magnetic sensor values from the plurality of magnetic sensor devices and determines a setting for the control valve of the implantable medical device; and
A container for preparation and transport of a meat unit for a rotating spit, wherein the container comprises several container segments placed one above the other and connectable with each other, wherein at least two conically tapered, self-contained container segments (3, 6, 8) connected with each other are provided, wherein the first lower container segment comprises a bottom characterised in that the bottom of the first lower container segment substantially centrical comprises an opening and a removable closure in order to permit passage of a tube.
Use of spherical and smooth talc microbeads with a talc content of more than 70% (w/w) and a largest diameter of less than 500 μm as substitute for plastic microbeads in cosmetics and personal hygiene products.
A portable communication device comprising: a base assembly; a flip assembly coupled to the base assembly such that the flip assembly is rotatable relative to the base assembly; an intermediate assembly operatively coupled to the base assembly and the flip assembly by a dual sliding hinge assembly, characterized in that the dual sliding hinge assembly is configured so that the intermediate assembly is slidable relative to the base assembly and the flip assembly along a first direction and along a second direction perpendicular to the first direction. a base assembly; a flip assembly coupled to the base assembly such that the flip assembly is rotatable relative to the base assembly; an intermediate assembly operatively coupled to the base assembly and the flip assembly by a dual sliding hinge assembly, characterized in that the dual sliding hinge assembly is configured so that the intermediate assembly is slidable relative to the base assembly and the flip assembly along a first direction and along a second direction perpendicular to the first direction.
An assaying system for detecting a plurality of radioactive isotopes in an eluate, comprising: an inner ionization chamber, the inner ionization chamber including a well and comprising a first gas; an outer ionization chamber and comprising a second gas, the outer ionization chamber being concentric with the inner ionization chamber; an attenuating material positioned between said inner and outer ionization chambers, wherein said inner ionization chamber, said attenuating material, and said outer ionization chamber are positioned relative to one another such that when an eluate is positioned within said well and emits first and second radiation: 1) the first radiation reaches said inner ionization chamber but is blocked from reaching said outer ionization chamber by said attenuating material; and 2) the second radiation passes through said attenuating material and reaches said outer ionization chamber; and a computing device configured to: 1) determine a first radioisotope content based on a first current associated with said inner ionization chamber; and 2) determine a second radioisotope content based at least on a second current associated with said outer ionization chamber, wherein said assaying system is configured to removably receive a vial in the well, the vial storing an eluate to be assayed. an inner ionization chamber, the inner ionization chamber including a well and comprising a first gas; an outer ionization chamber and comprising a second gas, the outer ionization chamber being concentric with the inner ionization chamber; an attenuating material positioned between said inner and outer ionization chambers, wherein said inner ionization chamber, said attenuating material, and said outer ionization chamber are positioned relative to one another such that when an eluate is positioned within said well and emits first and second radiation: 1) the first radiation reaches said inner ionization chamber but is blocked from reaching said outer ionization chamber by said attenuating material; and 2) the second radiation passes through said attenuating material and reaches said outer ionization chamber; and a computing device configured to: 1) determine a first radioisotope content based on a first current associated with said inner ionization chamber; and 2) determine a second radioisotope content based at least on a second current associated with said outer ionization chamber, wherein said assaying system is configured to removably receive a vial in the well, the vial storing an eluate to be assayed.
A method of production of a composite based on waste thermoplastics, the method comprising a step of delivering input raw materials comprising 10-90 % by weight of a waste thermoplastic binder of grain size of up to 20 mm, 10-90 % by weight of a filler of grain size of up to 10 mm, and optional additional components, wherein the filler is selected from a group comprising recycled waste and container glass, or recycled glass from photovoltaic panels, sand, gravel, recycled tyre rubber, recycled ceramics, mixed building and demolition waste, concrete, slag, ash, or a mixture thereof, wherein the method further comprises steps of drying the input raw materials in at least one dryer, preheating the raw materials to a temperature below melting temperature of the binder, and homogenising the dried raw materials in a homogeniser, wherein the raw materials are subsequently transported to an extruder, wherein in the extruder, the binder is melted to form a homogenised molten mixture, wherein the molten mixture is subsequently degassed and delivered to a device for final volume and shape treatment of the composite.