mhurhangee/ep-ind-claims huggingface dataset:
Process for the preparation of coagulated legume protein fractions selected from pea or field bean protein fractions of a molecular weight > 14, characterized by: Providing fruit juice prepared by separating solids from comminuted fruits to release fruit juice from the cells, optionally with the addition of an aqueous solvent, and separating all or part of the fruit juice thus released containing all of the protein; precipitating a high molecular weight legume fraction, the major amount of which has a molecular weight of > 116 kD < 600 kD according to the SDS-Page, by adjusting a pH in the range of the isoelectric point in the fruit juice of 5 - 7 while precipitating a fraction and mechanically separating the fraction thus precipitated; and completely or partially separating the fruit juice thus released, containing all the protein, from the solids; and precipitating a medium molecular weight coagulated legume protein fraction in the heat by treating the solution obtained from the separation of the high molecular weight legume protein fraction at pH 3 - 6 and between 60 - 90°C, preferably 65 - 80°C; and mechanical separation of the medium molecular weight coagulated legume protein fraction with a molecular weight MG between 14 - 120 kD according to SDS-Page, whereas the center of gravity of the molecular weight distribution thereof is between 20 - 66 kD according to SDS-Page. Providing fruit juice prepared by separating solids from comminuted fruits to release fruit juice from the cells, optionally with the addition of an aqueous solvent, and separating all or part of the fruit juice thus released containing all of the protein; precipitating a high molecular weight legume fraction, the major amount of which has a molecular weight of > 116 kD < 600 kD according to the SDS-Page, by adjusting a pH in the range of the isoelectric point in the fruit juice of 5 - 7 while precipitating a fraction and mechanically separating the fraction thus precipitated; and completely or partially separating the fruit juice thus released, containing all the protein, from the solids; and precipitating a medium molecular weight coagulated legume protein fraction in the heat by treating the solution obtained from the separation of the high molecular weight legume protein fraction at pH 3 - 6 and between 60 - 90°C, preferably 65 - 80°C; and mechanical separation of the medium molecular weight coagulated legume protein fraction with a molecular weight MG between 14 - 120 kD according to SDS-Page, whereas the center of gravity of the molecular weight distribution thereof is between 20 - 66 kD according to SDS-Page.
An aerosol generator comprising:- a vibratable member having apertures therein; a vibration generating element, whereby excitation of the vibration generating element causes movement of the vibratable member; a support member, the vibration generating element and the vibratable member being mounted to the support member; a first electrical power conducting pin which engages with a first surface of the vibration generating element; a second electrical power conducting pin for conducting electrical power to a second surface of the vibration generating element; wherein the vibration generating element and the support member are annular, and wherein the second surface of the vibration generating element is mounted to the support member, and the second conducting pin engages with the support member, and characterised in that, at least one electrical conducting pin comprises a multipoint contact region a vibratable member having apertures therein; a vibration generating element, whereby excitation of the vibration generating element causes movement of the vibratable member; a support member, the vibration generating element and the vibratable member being mounted to the support member; a first electrical power conducting pin which engages with a first surface of the vibration generating element; a second electrical power conducting pin for conducting electrical power to a second surface of the vibration generating element; wherein the vibration generating element and the support member are annular, and wherein the second surface of the vibration generating element is mounted to the support member, and the second conducting pin engages with the support member, and characterised in that, at least one electrical conducting pin comprises a multipoint contact region
An apparatus for collecting or culturing cells or cell colonies, said apparatus comprising: a common substrate formed from an elastomer and having a plurality of wells formed therein, wherein said wells are separated by walls, wherein the common substrate is an elastomeric substrate; and a plurality of rigid cell carriers releasably connected to said common substrate, with said carriers arranged in the form of an array, and with each of said carriers received in one of said wells, wherein said carriers are configured to release from said substrate upon mechanical distortion of said substrate. a common substrate formed from an elastomer and having a plurality of wells formed therein, wherein said wells are separated by walls, wherein the common substrate is an elastomeric substrate; and a plurality of rigid cell carriers releasably connected to said common substrate, with said carriers arranged in the form of an array, and with each of said carriers received in one of said wells, wherein said carriers are configured to release from said substrate upon mechanical distortion of said substrate.
A test leakage device for testing the functionality and for calibrating a gas leak detection device having an evacuable test chamber for receiving a test object and/or the test leakage device, wherein the test leakage device has a base, a cover and at least one side wall connecting the base to the cover, which side wall surrounds an interior space which can be filled with a test gas or a test liquid, wherein the base has a membrane which is permeable to the test gas or constituents of the test liquid, and mutually opposite sections of the inner side of the side wall which faces the interior space are at a greater distance from one another in the region of the cover than in the region of the base, characterized in that the distance of the mutually opposite sections of the inner side of the side wall facing the interior space decreases continuously from the cover to the base. wherein the base has a membrane which is permeable to the test gas or constituents of the test liquid, and mutually opposite sections of the inner side of the side wall which faces the interior space are at a greater distance from one another in the region of the cover than in the region of the base, characterized in that the distance of the mutually opposite sections of the inner side of the side wall facing the interior space decreases continuously from the cover to the base.
An LIC-based imaging method for MRI diffusion data that are provided in a diffusion data vector field with a three-dimensional voxel raster, wherein each voxel is assigned a diffusion profile with direction vectors of anisotropic diffusion with directions in which the diffusion data each have locally anisotropic behavior, comprising the following steps: a) a three-dimensional sample field with different signal values is generated the voxel raster of which has the same or a greater resolution than the voxel raster of the diffusion data, b) for each voxel of a three-dimensional output field with a voxel raster that corresponds to the voxel raster of the sample field, at least one integral line is calculated by locally tracking direction vectors of anisotropic diffusion with a fiber tracking algorithm starting from the respective voxel over a set distance in the direction of the vector and the direction opposite the vector, c) the signal values of the sample field of the points lying on the integral line are summed weighted and/or averaged, and the resulting value is entered in a corresponding voxel of the three-dimensional output field, characterized in that in step a), the sample field is filled with glyph objects that each have longitudinal extensions in one or several directions, wherein the directions of the longitudinal extensions of the glyph objects correspond to the directions of the direction vectors of the diffusion profiles of the surrounding voxels of the diffusion data vector field, and/or are interpolated therefrom. a) a three-dimensional sample field with different signal values is generated the voxel raster of which has the same or a greater resolution than the voxel raster of the diffusion data, b) for each voxel of a three-dimensional output field with a voxel raster that corresponds to the voxel raster of the sample field, at least one integral line is calculated by locally tracking direction vectors of anisotropic diffusion with a fiber tracking algorithm starting from the respective voxel over a set distance in the direction of the vector and the direction opposite the vector, c) the signal values of the sample field of the points lying on the integral line are summed weighted and/or averaged, and the resulting value is entered in a corresponding voxel of the three-dimensional output field,
A ready-to-use vincristine composition comprising; a continuous aqueous phase comprising a first aqueous buffer, a liposome phase dispersed within the first aqueous buffer, and a stabilizing aqueous solution encapsulated as cargo within the liposome phase; wherein the stabilizing aqueous solution comprises a second aqueous buffer and stabilized vincristine dissolved therein; wherein the second aqueous buffer comprises an ammonium salt; and wherein the continuous aqueous phase and the stabilizing aqueous solution have a pH difference of at least 2 pH units, and further wherein the pH of the continuous aqueous phase is from 7 to 9. a continuous aqueous phase comprising a first aqueous buffer, a liposome phase dispersed within the first aqueous buffer, and a stabilizing aqueous solution encapsulated as cargo within the liposome phase; wherein the stabilizing aqueous solution comprises a second aqueous buffer and stabilized vincristine dissolved therein; wherein the second aqueous buffer comprises an ammonium salt; and wherein the continuous aqueous phase and the stabilizing aqueous solution have a pH difference of at least 2 pH units, and further wherein the pH of the continuous aqueous phase is from 7 to 9.
Method for improving the mechanical behavior of the body of a gas valve, the body comprising at least two bores (4, 10), at least one bore intersection defining an internal volume, and threaded ports (6, 8, 12, 14); the method comprising the following steps: - closing the internal volume of the body by screwing plugs (16, 18) on the threaded ports (6, 8, 12, 14); - subjecting the internal volume to an autofrettage by applying a pressure of a value comprised between 100 MPa and 500 MPa by means of a liquid. - closing the internal volume of the body by screwing plugs (16, 18) on the threaded ports (6, 8, 12, 14); - subjecting the internal volume to an autofrettage by applying a pressure of a value comprised between 100 MPa and 500 MPa by means of a liquid.
Aqueous adhesive composition, characterized in that it comprises a thermosetting resin based on: - at least one aromatic compound A1 comprising at least one aromatic ring bearing at least two functions, one of these functions being a hydroxymethyl function and the other being an aldehyde function or a hydroxymethyl function; - at least one aromatic polyphenol A2 comprising at least one aromatic ring bearing at least two hydroxyl functions in the meta position relative to one another, the two positions ortho to at least one of the hydroxyl functions being unsubstituted; and - at least one aromatic hydrocarbon compound A3 comprising at least two aromatic rings bearing a single hydroxyl function, it being understood that at least one of the ortho or para positions of each aromatic ring is unsubstituted; or at least one phenol, unsubstituted or substituted by a single alkyl group or by a single alkenyl group, and at least one aromatic hydrocarbon compound A3 comprising at least two aromatic rings bearing a single hydroxyl function, it being understood that at least one of the ortho or para positions of each aromatic ring is unsubstituted. - at least one aromatic compound A1 comprising at least one aromatic ring bearing at least two functions, one of these functions being a hydroxymethyl function and the other being an aldehyde function or a hydroxymethyl function; - at least one aromatic polyphenol A2 comprising at least one aromatic ring bearing at least two hydroxyl functions in the meta position relative to one another, the two positions ortho to at least one of the hydroxyl functions being unsubstituted; and - at least one aromatic hydrocarbon compound A3 comprising at least two aromatic rings bearing a single hydroxyl function, it being understood that at least one of the ortho or para positions of each aromatic ring is unsubstituted; or at least one phenol, unsubstituted or substituted by a single alkyl group or by a single alkenyl group, and at least one aromatic hydrocarbon compound A3 comprising at least two aromatic rings bearing a single hydroxyl function, it being understood that at least one of the ortho or para positions of each aromatic ring is unsubstituted.
A work at height machine comprising a chassis, at least one ground moving member connected to said chassis and at least one work member, comprising a proximal end connected to said chassis and a distal end adapted to extend in height at a distance from said chassis, which machine being characterised in that the chassis comprises at least one stabilisation device comprising a main frame defining a horizontal plane, a ballast, means for moving (6, 7) said ballast in said horizontal plane and control means configured to move the ballast in said horizontal plane in the main frame depending on the position of the distal end of the work member in order to increase stability of the work machine.
An inhalation device comprising: a) an outer compartment having an airflow pathway therein; b) a cartridge (400a,500a) containing a first pharmaceutical (402a,502a), a second pharmaceutical that is an antagonist of the first pharmaceutical (402a,502a), wherein the cartridge is configured to pass a vapor of the first pharmaceutical (402a, 502a) to the airflow pathway; c) a heating element (402,502) having a resistance of 0.2-3 Ohm, wherein the heating element (402,502) is configured to heat the first pharmaceutical, wherein the heating element (402,502) is configured to be heated by passage of an electrical current; and d) an oral administration port (401,501) connected to the airflow pathway and configured to pass the vapor of the first pharmaceutical (402a,502a) from the airflow pathway to a user's mouth wherein the heating element (402,502) is configured to minimize vaporization of the second pharmaceutical. a) an outer compartment having an airflow pathway therein; b) a cartridge (400a,500a) containing a first pharmaceutical (402a,502a), a second pharmaceutical that is an antagonist of the first pharmaceutical (402a,502a), wherein the cartridge is configured to pass a vapor of the first pharmaceutical (402a, 502a) to the airflow pathway; c) a heating element (402,502) having a resistance of 0.2-3 Ohm, wherein the heating element (402,502) is configured to heat the first pharmaceutical, wherein the heating element (402,502) is configured to be heated by passage of an electrical current; and d) an oral administration port (401,501) connected to the airflow pathway and configured to pass the vapor of the first pharmaceutical (402a,502a) from the airflow pathway to a user's mouth
A method for dislodging coffee berry borer from a coffee berry, the method comprising administering a composition on or in the vicinity of the coffee berry, the composition comprising: a polymeric or wax substrate selected from the group consisting of a wax emulsion, microspheres, a latex solution, hot melt glue, a resin, and plastic flakes; verbenone in an amount sufficient to dislodge the coffee berry borer from the coffee berry intermixed within the substrate; and the composition remains on or in the vicinity of the coffee berry for at least six months thereby being present during the entire life cycle of the coffee berry borer and being present to interfere with the adult-stage of the coffee berry borer. a polymeric or wax substrate selected from the group consisting of a wax emulsion, microspheres, a latex solution, hot melt glue, a resin, and plastic flakes; verbenone in an amount sufficient to dislodge the coffee berry borer from the coffee berry intermixed within the substrate; and
A printing head for a continuous inkjet printer, with one or several continuous jets of ink drops, said printing head comprising means for forming drops (2,5), means for charging drops and means for deflecting drops, a high voltage generator for generating a high voltage to be applied to said means for deflecting drop, and at least one supply means for generating a charging voltage to be applied to said means for charging drops, and an electronic device for controlling said printing head, said electronic device including means forming an electronic control circuit programmed: - for receiving digital data and an analog power supply voltage from driving means of said printer and for sending digital data to these driving means, - for converting a portion of the received digital data into signals for controlling said means (401, 401a) for forming drops, said means (7, 403) for charging drops and said means (4, 411) for deflecting drops, - for controlling said high-voltage generator in said printing head, in order to generate, in said printing head, at least one high voltage, to be applied to said means for deflecting drops, and/or for controlling said supply means (406, 408) in order to generate a charging voltage to be applied to said means for charging drops, wherein said high voltage and said charging voltage are generated from said power supply voltage received by the printing head from the driving means and from said digital data received from said driving means including: * the value and/or the duration of said charging voltage to be applied to said means for charging drops, * and/or a signal for controlling said high voltage generator, * and/or a signal for controlling said supply means. - for receiving digital data and an analog power supply voltage from driving means of said printer and for sending digital data to these driving means, - for converting a portion of the received digital data into signals for controlling said means (401, 401a) for forming drops, said means (7, 403) for charging drops and said means (4, 411) for deflecting drops, - for controlling said high-voltage generator in said printing head, in order to generate, in said printing head, at least one high voltage, to be applied to said means for deflecting drops, and/or for controlling said supply means (406, 408) in order to generate a charging voltage to be applied to said means for charging drops, wherein said high voltage and said charging voltage are generated from said power supply voltage received by the printing head from the driving means and from said digital data received from said driving means including: * the value and/or the duration of said charging voltage to be applied to said means for charging drops, * and/or a signal for controlling said high voltage generator, * and/or a signal for controlling said supply means. * the value and/or the duration of said charging voltage to be applied to said means for charging drops, * and/or a signal for controlling said high voltage generator, * and/or a signal for controlling said supply means.
A population of human T cells transduced with a vector expressing a chimeric antigen receptor wherein: at least 50% of the transduced human T cells are CD45R0+, CD62L+ and CD45Ra-, at least 10% of the cells are CD4+ at least 10% of the cells are CD8+, at least 10% of the cells that are CD45R0+, CD62L+ and CD45Ra- are also CD4+, and at least 10% of the cells that are CD45R0+, CD62L+ and CD45Ra- are also CD8+. at least 50% of the transduced human T cells are CD45R0+, CD62L+ and CD45Ra-, at least 10% of the cells are CD4+ at least 10% of the cells are CD8+, at least 10% of the cells that are CD45R0+, CD62L+ and CD45Ra- are also CD4+, and at least 10% of the cells that are CD45R0+, CD62L+ and CD45Ra- are also CD8+.
Method for preparing hot-rolled semi-finished steel rolled stock for cold rolling, comprising preliminary cold rolling of the semi-finished rolled stock in rolls of a mill with a predetermined compression, the preliminary cold rolling of the semi-finished rolled stock being carried out in the rolls of the rolling mill with a compression of 12-35%, the method characterised by a ratio of compression to deformation zone length of 3.8±0.5%/mm.
A geosynthetic element for a geotechnical engineering application, the geosynthetic element being characterised in that it comprises: • bacteria carriers (3, 15, 19) carrying bacteria, the bacteria being of the type to induce solid calcium carbonate precipitation, and arranged to propagate from the bacteria carriers (3, 15, 19) to a surrounding geomaterial; and • a flow network comprising openings on its surface to allow a reactant to propagate from the flow network to the surrounding geomaterial along the flow network to produce solid calcium carbonate, the flow network further comprising a set of inlets for feeding the reactant into the flow network, and a set of outlets for feeding out at least a portion of the reactant from the flow network. • bacteria carriers (3, 15, 19) carrying bacteria, the bacteria being of the type to induce solid calcium carbonate precipitation, and arranged to propagate from the bacteria carriers (3, 15, 19) to a surrounding geomaterial; and • a flow network comprising openings on its surface to allow a reactant to propagate from the flow network to the surrounding geomaterial along the flow network to produce solid calcium carbonate, the flow network further comprising a set of inlets for feeding the reactant into the flow network, and a set of outlets for feeding out at least a portion of the reactant from the flow network.
A structure for facilitating position determination of multiple users in a shared virtual experience within the structure the structure comprising: a structural support having a first side facing toward an interior of the structure, a second side opposite the first side, and an intra-support hollow disposed between the first and second sides; an IR reflective surface adjacent to at least a portion of the second side of the structural support; and an IR emitter within the hollow between the first and second sides, the IR emitter configured to emit IR light toward the IR reflective surface, such that the IR light is reflected toward the interior of the structure. a structural support having a first side facing toward an interior of the structure, a second side opposite the first side, and an intra-support hollow disposed between the first and second sides; an IR reflective surface adjacent to at least a portion of the second side of the structural support; and an IR emitter within the hollow between the first and second sides, the IR emitter configured to emit IR light toward the IR reflective surface, such that the IR light is reflected toward the interior of the structure.