mhurhangee/ep-ind-claims huggingface dataset:
A method for electrospinning comprising: (a) providing an electrospinning apparatus comprising: (i) a target, (ii) an applicator in fluid communication with a flowable polymer, said applicator configured to direct a stream of the flowable polymer to the target, (b) applying a first electromotive force on the applicator and a second electromotive force on the target to generate a first electrical potential therebetween; (c) delivering the flowable polymer through the applicator onto the target under first delivery conditions that provide a first flowability while applying a first electrical potential to produce a first set of fibers; (d) adjusting the delivery conditions to provide a second flowability; and (e) delivering the flowable polymer through the applicator onto the target after adjusting the delivery conditions while applying an electrical potential to produce a second set of fibers, wherein said second set of fibers have a substantially flattened cross section. (a) providing an electrospinning apparatus comprising: (i) a target, (ii) an applicator in fluid communication with a flowable polymer, said applicator configured to direct a stream of the flowable polymer to the target, (i) a target, (ii) an applicator in fluid communication with a flowable polymer, said applicator configured to direct a stream of the flowable polymer to the target, (b) applying a first electromotive force on the applicator and a second electromotive force on the target to generate a first electrical potential therebetween; (c) delivering the flowable polymer through the applicator onto the target under first delivery conditions that provide a first flowability while applying a first electrical potential to produce a first set of fibers; (d) adjusting the delivery conditions to provide a second flowability; and (e) delivering the flowable polymer through the applicator onto the target after adjusting the delivery conditions while applying an electrical potential to produce a second set of fibers, wherein said second set of fibers have a substantially flattened cross section.
A system (10, 150, 200, 250, 350, 400, 500, 510, 870, 900) for supporting an arm of a user, comprising: a harness configured to be worn on a body of a user; an arm support (505, 975) coupled to the harness configured to support an arm of the user, the arm support configured to accommodate movement of the arm while following the movement without substantially interfering with the movement of the user's arm; and one or more compensation elements coupled to the arm support to apply an offset force to at least partially offset a gravitational force acting on the arm as the user moves and the arm support follows the movement of the user's arm, wherein the arm support comprises an arm bracket (505, 576, 984) including an arm rest on a first end thereof, and a second end pivotally coupled to the harness such that the arm bracket is pivotable about multiple axes relative to the harness, wherein the one or more compensation elements comprise a resilient element (74, 415, 636) mounted on the arm bracket (505, 576) or a spring pack mounted remote from the arm bracket providing a force profile that varies the offset force based on an orientation of the arm bracket. a harness configured to be worn on a body of a user; an arm support (505, 975) coupled to the harness configured to support an arm of the user, the arm support configured to accommodate movement of the arm while following the movement without substantially interfering with the movement of the user's arm; and one or more compensation elements coupled to the arm support to apply an offset force to at least partially offset a gravitational force acting on the arm as the user moves and the arm support follows the movement of the user's arm, wherein the arm support comprises an arm bracket (505, 576, 984) including an arm rest on a first end thereof, and a second end pivotally coupled to the harness such that the arm bracket is pivotable about multiple axes relative to the harness, wherein the one or more compensation elements comprise a resilient element (74, 415, 636) mounted on the arm bracket (505, 576) or a spring pack mounted remote from the arm bracket providing a force profile that varies the offset force based on an orientation of the arm bracket.
A fuel battery cell, characterized in comprising: a membrane electrode assembly formed with an anode and a cathode bonded so as to face an electrolyte membrane; a frame for holding the periphery of the membrane electrode assembly; a pair of separators sandwiching the frame holding the membrane electrode assembly; and support members protruding along an edge part of the frame so as to pass beyond the frame and supporting the membrane electrode assembly, wherein the support members are disposed between the frame and one of the separators and the support members extend a predetermined distance on one side of the frame from the edge part. a membrane electrode assembly formed with an anode and a cathode bonded so as to face an electrolyte membrane; a frame for holding the periphery of the membrane electrode assembly; a pair of separators sandwiching the frame holding the membrane electrode assembly; and support members protruding along an edge part of the frame so as to pass beyond the frame and supporting the membrane electrode assembly, wherein the support members are disposed between the frame and one of the separators and the support members extend a predetermined distance on one side of the frame from the edge part.
A computer-implemented method of generating a library of simulation results, said simulation results being in the form of action potential shapes of an electrically active cell, wherein the library comprises a structured query language database of the simulation results and their corresponding model parameters, said method comprising: using a model to generate predicted action potentials of an electrically active cell, said model comprising: a first submodel containing Hodgkin-Huxley elements generating action potentials based on electrical equivalent circuits; a second submodel based on reaction kinetics of cell metabolism and operatively coupled with said first submodel; and a third submodel based on Boolean dynamics representing signaling and associated cellular processes and operatively coupled with said first and second submodels, wherein the first, second and third submodels are computer implemented; and storing the results of the implemented model and the parameters in a database. using a model to generate predicted action potentials of an electrically active cell, said model comprising: a first submodel containing Hodgkin-Huxley elements generating action potentials based on electrical equivalent circuits; a second submodel based on reaction kinetics of cell metabolism and operatively coupled with said first submodel; and a third submodel based on Boolean dynamics representing signaling and associated cellular processes and operatively coupled with said first and second submodels, wherein the first, second and third submodels are computer implemented; and a first submodel containing Hodgkin-Huxley elements generating action potentials based on electrical equivalent circuits; a second submodel based on reaction kinetics of cell metabolism and operatively coupled with said first submodel; and a third submodel based on Boolean dynamics representing signaling and associated cellular processes and operatively coupled with said first and second submodels, wherein the first, second and third submodels are computer implemented; and storing the results of the implemented model and the parameters in a database.
A manufacturing method of a watertight two-component part for an equipment subjected to an ultrahigh vacuum, said components being in metals or metallic alloys of different types, the method being characterized by the following steps: implement a first step of mechanical assembly of the two components (3, 4), a second step of friction stir welding on a closed path formed at the interface of the two components (3, 4), said interface being located between complementary shoulders provided on said components (3, 4), the friction stir operation being made by penetrating the slug through the most malleable component in order to reach the shoulder of the least malleable component, with a dent projecting beyond the bottom of the annular groove formed by the shoulder of the least malleable component, the slug exerting a force perpendicular to the surface of said shoulder and moving along a closed path defined by said shoulder by rubbing the surface of the least malleable component to tear away from it particles which are amalgamated with the most malleable component in the pasty state. implement a first step of mechanical assembly of the two components (3, 4), a second step of friction stir welding on a closed path formed at the interface of the two components (3, 4), said interface being located between complementary shoulders provided on said components (3, 4), the friction stir operation being made by penetrating the slug through the most malleable component in order to reach the shoulder of the least malleable component, with a dent projecting beyond the bottom of the annular groove formed by the shoulder of the least malleable component, the slug exerting a force perpendicular to the surface of said shoulder and moving along a closed path defined by said shoulder by rubbing the surface of the least malleable component to tear away from it particles which are amalgamated with the most malleable component in the pasty state.
A method for optimizing query processing, the method comprising: persistently storing a database of a database system, the database comprising a structured data repository and a metadata repository; receiving, at the database system, a query that requires foreign data from an external data source and structured data from the structured data repository; in response to receiving the query, determining whether the foreign data currently resides in a cache of the database system; in response to determining that the foreign data does not currently reside in the cache: retrieving the foreign data from the external data source; mapping, based on metadata for an external table, the foreign data to a column granule of the external table; and storing the column granule in the cache without persistently storing the column granule in the database, wherein the column granule comprises a set of one or more rows in one or more columns of the external table; and generating a query result for the query using the foreign data stored in the cache and the structured data from the structured data repository; wherein the method is performed by one or more computing devices. persistently storing a database of a database system, the database comprising a structured data repository and a metadata repository; receiving, at the database system, a query that requires foreign data from an external data source and structured data from the structured data repository; in response to receiving the query, determining whether the foreign data currently resides in a cache of the database system; in response to determining that the foreign data does not currently reside in the cache: retrieving the foreign data from the external data source; mapping, based on metadata for an external table, the foreign data to a column granule of the external table; and storing the column granule in the cache without persistently storing the column granule in the database, wherein the column granule comprises a set of one or more rows in one or more columns of the external table; and retrieving the foreign data from the external data source; mapping, based on metadata for an external table, the foreign data to a column granule of the external table; and storing the column granule in the cache without persistently storing the column granule in the database, wherein the column granule comprises a set of one or more rows in one or more columns of the external table; and generating a query result for the query using the foreign data stored in the cache and the structured data from the structured data repository; wherein the method is performed by one or more computing devices.
An injection molding machine comprising: an operation unit configured to receive an operation of a display screen (761, 781) and/or an operation for operating the injection molding machine; and a controller configured to perform a control according to the operation received by the operation unit, characterized in that the controller includes a manual creation unit which is configured to create a procedure manual related to the operation received by the operation unit based on the operation received by the operation unit. an operation unit configured to receive an operation of a display screen (761, 781) and/or an operation for operating the injection molding machine; and a controller configured to perform a control according to the operation received by the operation unit, characterized in that the controller includes a manual creation unit which is configured to create a procedure manual related to the operation received by the operation unit based on the operation received by the operation unit.
A steering system for a vehicle, comprising at least two wheels (9, 12) which can be steered independently of each another and a steering setpoint generator which steers the wheels (9, 12) according to a steering program, wherein an operating element is provided by means of which during travel the vehicle can be set in rotation about a center of rotation which moves with a principal movement vector, and the steering program is configured in such a way that the direction of the principal movement vector of the center of rotation can be changed by means of the steering setpoint generator, wherein the position of the center of rotation is displaceable relative to the perpendicular projection area of the vehicle, and wherein an operating element or a function of an operating element is provided, by means of which exclusively the position of the center of rotation is displaceable relative to the projection area of the vehicle.
A marking composition for uniquely marking a target for identification purposes which includes a particulate material and at least one substance for attaching the particulate material to the target, in which: the particulate material includes a plurality of substrate particles each having a peptide possessing a characteristic sequence which is directly bound thereto by a covalent bond wherein each peptide has one or more protecting groups present; and the substance for attaching the particulate material to the target is a matrix material wherein the matrix material is a grease, a grease-like substance, a lacquer or an adhesive. the particulate material includes a plurality of substrate particles each having a peptide possessing a characteristic sequence which is directly bound thereto by a covalent bond wherein each peptide has one or more protecting groups present; and the substance for attaching the particulate material to the target is a matrix material wherein the matrix material is a grease, a grease-like substance, a lacquer or an adhesive.
A method of operation for a circulating fluidized bed gasification or combustion system using coal or biomass as raw material, comprising at least one combustion/gasification reactor; at least one cyclone which is in connection with the reactor in order that solid particles are separated from gas flow; a downcomer which is in connection with the reactor and the cyclone, extends along the reactor, and enables solid particles captured in the cyclone to be sent to the combustion/gasification reactor again; at least one distributing plate which is in connection with the reactor and performs primary gas supply to the system homogeneously; at least one ejector which is positioned on the downcomer vertically, characterized in that said ejector comprises at least one nozzle for spraying pressurized gas towards the reactor, and for creating a solid column (b) between the reactor and the cyclone by creating vortexes (a) on account of the fact that the pressurized gas sprayed by means of the said nozzle spreads to the environment from the nozzle located on the downcomer in order to prevent counter flow of particle and gas that may occur towards the downcomer and the cyclone from inside the reactor.
A lens bracket comprising: a fixed portion connectable to a lens assembly; a moving portion connected to the fixed portion and detachably connectable to a rail; a coupling protrusion provided on the moving portion and connectable to a rail; a hooking portion provided on the moving portion, the hooking portion facing the coupling protrusion, and being configured to contact a connectable rail; and characterized in that it further comprises a guide that is spaced apart from the hooking portion and protruding from the moving portion being configured to extend along a surface of a connectable rail. a fixed portion connectable to a lens assembly; a moving portion connected to the fixed portion and detachably connectable to a rail; a coupling protrusion provided on the moving portion and connectable to a rail; a hooking portion provided on the moving portion, the hooking portion facing the coupling protrusion, and being configured to contact a connectable rail; and characterized in that it further comprises a guide that is spaced apart from the hooking portion and protruding from the moving portion being configured to extend along a surface of a connectable rail.
Speaker system comprising a diaphragm and an enclosure, wherein the diaphragm consists of a planar panel made of a hard-foamed synthetic material which is connected to the enclosure by means of a rubber bead, said enclosure being produced from extruded polypropylene having an elasticity which effects a reproduction of the inner sound pressure, which is generated by the diaphragm, via the enclosure.
A linear ceiling panel mounting system (33,50,55,83,85) comprising at least one carrier (1,31,69,70,72) for mounting linear panels on a ceiling, the carrier extending in a longitudinal direction and having at least one recess (11,13,15,17,12,14,16,18,57,59,61,63,65,67,52,54,56,58,70,72) formed therein, the recess being for receiving a linear ceiling panel (35,47,71,86,91), the recess extending through the cross-section of the carrier, the recess being defined by a surface comprising at least a first wall portion and a second wall portion, the recess separating the first wall portion from the second wall portion, and the second wall portion defining a flange which extends at least partially into the recess, thereby providing the recess with a neck portion and a main portion, and wherein the neck portion has, at its narrowest point, a distance d1 separating the first wall portion from the second wall portion, the linear ceiling panel mounting system further comprising a linear ceiling panel (35,47,71,86,91) having a flexible, resilient flange (43,45,49,79,81,87,88,92,93) which extends along the whole or part of an edge of the panel, the flange being configured to slot into the recess of the carrier and be retained therein to thereby attach the linear ceiling panel to the carrier, wherein the flexible, resilient flange is configured to be bent towards an adjacent part of the panel to permit insertion of the flange and adjacent part of the panel into the recess of the carrier, and the flexible, resilient flange is configured to return to its original configuration once it is has been inserted past the neck portion of the recess into the main portion of the recess and is no longer constrained by the neck portion of the recess, and characterized in that the flexible resilient flange of the linear ceiling panel is formed from a thermoformable, non-woven fibrous material. and wherein the neck portion has, at its narrowest point, a distance d1 separating the first wall portion from the second wall portion, the linear ceiling panel mounting system further comprising a linear ceiling panel (35,47,71,86,91) having a flexible, resilient flange (43,45,49,79,81,87,88,92,93) which extends along the whole or part of an edge of the panel, the flange being configured to slot into the recess of the carrier and be retained therein to thereby attach the linear ceiling panel to the carrier, wherein the flexible, resilient flange is configured to be bent towards an adjacent part of the panel to permit insertion of the flange and adjacent part of the panel into the recess of the carrier, and the flexible, resilient flange is configured to return to its original configuration once it is has been inserted past the neck portion of the recess into the main portion of the recess and is no longer constrained by the neck portion of the recess, and characterized in that the flexible resilient flange of the linear ceiling panel is formed from a thermoformable, non-woven fibrous material.
A display device comprising: a metal substrate; an array of pixels, each pixel comprising a plurality of arrays of apertures in the substrate, each aperture of the array having a maximum opening dimension less than the wavelength of the light to be transmitted by the aperture, wherein the apertures are filled with a dielectric; characterized by a phase change material portion for varying the effective dielectric constant of the material filling the apertures of each aperture array, thereby to vary the light transmission characteristics of the pixel between transmission of at least one frequency in the visible spectrum and transmission of substantially no frequency in the visible spectrum, such that each aperture array of the pixel is independently drivable only in a binary manner, wherein in a first phase of the phase change material portion, the dielectric constant of the phase change material matches with the dielectric material dielectric constant, or has a minimal impact on it, and wherein in a second phase of the phase change material portion, the dielectric constant of the phase change material is different enough to stop or perturb a plasmon effect induced by light passing through the apertures. a metal substrate; an array of pixels, each pixel comprising a plurality of arrays of apertures in the substrate, each aperture of the array having a maximum opening dimension less than the wavelength of the light to be transmitted by the aperture, wherein the apertures are filled with a dielectric; characterized by a phase change material portion for varying the effective dielectric constant of the material filling the apertures of each aperture array, thereby to vary the light transmission characteristics of the pixel between transmission of at least one frequency in the visible spectrum and transmission of substantially no frequency in the visible spectrum, such that each aperture array of the pixel is independently drivable only in a binary manner, wherein in a first phase of the phase change material portion, the dielectric constant of the phase change material matches with the dielectric material dielectric constant, or has a minimal impact on it, and wherein in a second phase of the phase change material portion, the dielectric constant of the phase change material is different enough to stop or perturb a plasmon effect induced by light passing through the apertures.
A mCpG detector comprising a methyl-CpG binding polypeptide linked to at least one abortive promoter cassette, wherein the APC is optionally covalently linked to an amino acid of the methyl binding polypeptide.