mhurhangee/ep-ind-claims huggingface dataset:
A method for generating human embryonic stem cell-derived hemangio-colony forming cells, the method comprising: (a) culturing human embryonic stem cells in a serum free media comprising vascular endothelial growth factor (VEGF) and bone morphogenic protein 4 (BMP-4); (b) culturing cells produced in step (a) in a serum free media comprising at least two growth factors selected from the group consisting of VEGF, BMP-4 and basic fibroblast growth factor (bFGF), thereby forming embryoid bodies; (c) disaggregating the embryoid bodies into single cells; and (d) culturing the single cells in a serum free media comprising at least two growth factors selected from the group consisting of insulin, transferrin, granulocyte macrophage colony-stimulating factor (GM-CSF), interleukin-3 (IL-3), interleukin-6 (IL-6), granulocyte colony-stimulating factor (G-CSF), stem cell factor, thrombopoietin, FLT3, vascular endothelial growth factor (VEGF), and bone morphogenic protein 4 (BMP-4), thereby generating human hemangio-colony forming cells, wherein the human embryonic stem cell-derived hemangio-colony forming cells are capable of differentiating into hematopoietic cells and endothelial cells. (a) culturing human embryonic stem cells in a serum free media comprising vascular endothelial growth factor (VEGF) and bone morphogenic protein 4 (BMP-4); (b) culturing cells produced in step (a) in a serum free media comprising at least two growth factors selected from the group consisting of VEGF, BMP-4 and basic fibroblast growth factor (bFGF), thereby forming embryoid bodies; (c) disaggregating the embryoid bodies into single cells; and (d) culturing the single cells in a serum free media comprising at least two growth factors selected from the group consisting of insulin, transferrin, granulocyte macrophage colony-stimulating factor (GM-CSF), interleukin-3 (IL-3), interleukin-6 (IL-6), granulocyte colony-stimulating factor (G-CSF), stem cell factor, thrombopoietin, FLT3, vascular endothelial growth factor (VEGF), and bone morphogenic protein 4 (BMP-4), thereby generating human hemangio-colony forming cells,
A method performed by one or more server computers, comprising: receiving, from a client, a plurality of music titles for respective music pieces that a user has the right to listen to; determining, for each music title of the plurality of music titles, that a matching video stored on the one or more server computers has the respective music piece for the music title as an audio component of the matching video; storing an identification of the matching videos in a playlist of videos on the one or more server computers so that it is accessible to a user associated with the client; associating the identification of the matching videos in the video playlist with a user account specified by the client; receiving a playback request that is associated with the user account; and transmitting the matching videos identified by the identification stored in the playlist of videos in response to the playback request. receiving, from a client, a plurality of music titles for respective music pieces that a user has the right to listen to; determining, for each music title of the plurality of music titles, that a matching video stored on the one or more server computers has the respective music piece for the music title as an audio component of the matching video; storing an identification of the matching videos in a playlist of videos on the one or more server computers so that it is accessible to a user associated with the client; associating the identification of the matching videos in the video playlist with a user account specified by the client; receiving a playback request that is associated with the user account; and transmitting the matching videos identified by the identification stored in the playlist of videos in response to the playback request.
A method, comprising: establishing and initializing a set of platform configuration registers, where a first subset of platform configuration registers is defined as being non-resettable, and a second subset of platform configuration registers is defined as being resettable; and storing initial boot-up system state information in one or more non-resettable platform configuration registers; and characterised by: resetting a value of a resettable platform configuration register for one or more applications and identified by a reference integrity metric to reflect a measurement value provided by the reference integrity metric, wherein said resettable platform configuration register is bound to a non-resettable platform configuration register; and responding to any attestation request relating to the running of said one or more applications with an attestation response including information from the platform configuration register that was reset and system state information from said non-resettable platform configuration register to which said resettable platform configuration register is bound. establishing and initializing a set of platform configuration registers, where a first subset of platform configuration registers is defined as being non-resettable, and a second subset of platform configuration registers is defined as being resettable; and storing initial boot-up system state information in one or more non-resettable platform configuration registers; and characterised by: resetting a value of a resettable platform configuration register for one or more applications and identified by a reference integrity metric to reflect a measurement value provided by the reference integrity metric, wherein said resettable platform configuration register is bound to a non-resettable platform configuration register; and responding to any attestation request relating to the running of said one or more applications with an attestation response including information from the platform configuration register that was reset and system state information from said non-resettable platform configuration register to which said resettable platform configuration register is bound. resetting a value of a resettable platform configuration register for one or more applications and identified by a reference integrity metric to reflect a measurement value provided by the reference integrity metric, wherein said resettable platform configuration register is bound to a non-resettable platform configuration register; and responding to any attestation request relating to the running of said one or more applications with an attestation response including information from the platform configuration register that was reset and system state information from said non-resettable platform configuration register to which said resettable platform configuration register is bound.
An anti-human SIRPa antibody or antigen-binding fragment thereof, which comprises: - a heavy chain variable domain comprising or consisting of the amino acid sequence selected from the group consisting of SEQ ID NO: 27, SEQ ID NO: 28, SEQ ID NO: 29 and SEQ ID NO: 30, and - a light chain variable domain comprising or consisting of the amino acid sequence of SEQ ID NO: 33. - a heavy chain variable domain comprising or consisting of the amino acid sequence selected from the group consisting of SEQ ID NO: 27, SEQ ID NO: 28, SEQ ID NO: 29 and SEQ ID NO: 30, and - a light chain variable domain comprising or consisting of the amino acid sequence of SEQ ID NO: 33.
A method for precisely determining the position of variable parts for manufacturing a shoe, the method comprising: providing a jig extension, the jig extension comprising a connection to a part and a pattern defining an origin on the jig extension; identifying the pattern on the jig extension; and using a map that maps a portion of the part to the origin to perform location-sensitive operations involving at least a portion of the part. providing a jig extension, the jig extension comprising a connection to a part and a pattern defining an origin on the jig extension; identifying the pattern on the jig extension; and using a map that maps a portion of the part to the origin to perform location-sensitive operations involving at least a portion of the part.
A heating device (100, 200) for an electronic cigarette, comprising: a heating part (101, 201), the heating part (101, 201) having a hollow metallic tube wound in a spiral form; a first conductive part (102, 202) electrically connected to a first end of the metallic tube; a second electrically conductive part (103, 203) electrically connected to an opposite second end of the metallic tube; characterized in that the heating device further comprises a porous ceramic body, wherein the porous ceramic body defines a chamber extending through the porous ceramic body, the heating part is arranged in the chamber, and is sintered with the porous ceramic body integrally. a heating part (101, 201), the heating part (101, 201) having a hollow metallic tube wound in a spiral form; a first conductive part (102, 202) electrically connected to a first end of the metallic tube; a second electrically conductive part (103, 203) electrically connected to an opposite second end of the metallic tube; characterized in that the heating device further comprises a porous ceramic body, wherein the porous ceramic body defines a chamber extending through the porous ceramic body, the heating part is arranged in the chamber, and is sintered with the porous ceramic body integrally.
A ring-shaped device that is attachable to an openable end of a beverage can, the device comprising: an inner edge having at least one section configured to terminate upon an upper can top surface at a first location, the first location being radially further from a centre of the upper can top surface than an outermost edge of an openable section defined in the upper can top surface; and a ring-shaped exterior device surface, the exterior device surface being extendable around a rim of a top of the beverage can and over and above a top of a countersink groove defined in the can top; characterised in that: the exterior device surface has a profile in the direction of its radius that begins at the inner edge and extends and slopes radially outwards and upwards from the inner edge towards an upper region of the rim of the top of the beverage can, in use, the exterior device surface providing a smooth surface over which debris on the can top can be wiped up and over the rim of the can top and providing a surface on which a marketing message may be presented. an inner edge having at least one section configured to terminate upon an upper can top surface at a first location, the first location being radially further from a centre of the upper can top surface than an outermost edge of an openable section defined in the upper can top surface; and a ring-shaped exterior device surface, the exterior device surface being extendable around a rim of a top of the beverage can and over and above a top of a countersink groove defined in the can top; characterised in that: the exterior device surface has a profile in the direction of its radius that begins at the inner edge and extends and slopes radially outwards and upwards from the inner edge towards an upper region of the rim of the top of the beverage can, in use, the exterior device surface providing a smooth surface over which debris on the can top can be wiped up and over the rim of the can top and providing a surface on which a marketing message may be presented. the exterior device surface has a profile in the direction of its radius that begins at the inner edge and extends and slopes radially outwards and upwards from the inner edge towards an upper region of the rim of the top of the beverage can, in use, the exterior device surface providing a smooth surface over which debris on the can top can be wiped up and over the rim of the can top and providing a surface on which a marketing message may be presented.
A razor comprising a loop shaped spring member (10, 30, 40, 50, 60) disposed in an assembly with a movable member, characterized in that said loop shaped spring member (10, 30, 40, 50, 60) comprises two end portions having distal ends (12, 32, 34, 42, 96), wherein both of said distal ends (12, 32, 34, 42, 96) are unsupported.
A method for controlling a harvesting machine while harvesting a crop from a tillable area based on an input attribute collected in the tillable area, the method comprising the following steps: collecting the input attribute, which is associated with a portion of the crop, in the tillable area from at least one of a machine for applying materials to the tillable area and a user interface that can be operated by an operator of the machine before the crop is harvested; measuring a first geographic position of the machine when the input attribute is collected; associating the input attribute with a zone including the first geographic position, the zone comprised of a plurality of geographic positions in the tillable area; storing the zone and the associated input attribute; measuring a second geographic position while harvesting the crop from the tillable area; comparing the second geographic position with the zone; providing the stored input attribute when the second geographic position is in the zone and utilizing a positioning system, the stored input attribute, and the zone for providing automated guidance to the harvesting machine for guiding the machine to harvest a desired portion of the crop disposed within a zone having a desired input attribute. collecting the input attribute, which is associated with a portion of the crop, in the tillable area from at least one of a machine for applying materials to the tillable area and a user interface that can be operated by an operator of the machine before the crop is harvested; measuring a first geographic position of the machine when the input attribute is collected; associating the input attribute with a zone including the first geographic position, the zone comprised of a plurality of geographic positions in the tillable area; storing the zone and the associated input attribute; measuring a second geographic position while harvesting the crop from the tillable area; comparing the second geographic position with the zone; providing the stored input attribute when the second geographic position is in the zone and utilizing a positioning system, the stored input attribute, and the zone for providing automated guidance to the harvesting machine for guiding the machine to harvest a desired portion of the crop disposed within a zone having a desired input attribute.
Hygiene paper sheet having a substantially rectangular basic shape with four edges (2a-d), the intersection of two edges forming a corner point, first two opposing edges (2a, 2c) of said four edges being wave-shaped and second two opposing edges (2b, 2d) of said four edges being straight, the first two opposing edges (2a,2c) being wave-shaped between corner points formed by the intersection of a respective one of the first two opposing edges (2a,2c) with a respective one of the second two opposing edges (2b,2d), characterized in that the wave-shape of one of the first two opposing edges (2a, 2c) is complementary to the wave-shape of the other one of the first two opposing edges (2a, 2c) and that the hygiene paper sheet comprises a border embossing, the border embossing having a width different in the area of the wave-shaped edges (2a, 2c) than in the area of the straight edges (2b, 2d)
Container for powders and granular material, such as homopolymers and copolymers, comprising a body defined by a bottom from which a wall is upwardly extended and by an opening delimited by such wall, a closure or cover element being adapted to be arranged on such opening, the body having an external flange projecting from the aforesaid wall and spaced from said opening, with the flange being adapted to cooperate with a flanged end edge of said cover, the cover having a lateral wall projecting from a part adapted to be arranged above the opening of the body, said edge projecting from said lateral wall of the cover, the lateral wall of the cover being sealingly coupled, via interference, with a wall portion of the body placed between the opening and the external flange of the body, characterized in that said lateral wall and said wall portion have opposing conicity in a manner such that their coupling creates a moisture seal directly through the contact between the cover and the body, the flanged edge of the cover abutting against the aforesaid flange in a discrete manner and without seal so as to allow the passage of air between the edge and the flange.
A method for preserving Agaricus bisporus mushrooms, wherein optionally a relatively small amount, relative to the amount of fresh mushroom, of additional ingredients is used, the method comprising the following consecutive steps: a. inserting clean fresh mushrooms in a plastic laminate bag; b. subjecting the bag with mushrooms to vacuum at a pressure of 200 mbar or less; c. sealing the bag while keeping the vacuum; d. releasing the vacuum; and e. treating the bag with mushrooms at a temperature of 60 °C or more. a. inserting clean fresh mushrooms in a plastic laminate bag; b. subjecting the bag with mushrooms to vacuum at a pressure of 200 mbar or less; c. sealing the bag while keeping the vacuum; d. releasing the vacuum; and e. treating the bag with mushrooms at a temperature of 60 °C or more.
A combustor for a gas turbine engine comprising: a radially inboard liner extending circumferentially and fore to aft longitudinally; a radially outboard liner extending circumferentially and fore to aft longitudinally, the outboard liner disposed radially outward from and circumscribing the inboard liner; an annular bulkhead having circumferential expanse and radial expanse and extending between a forward end of the inboard liner and a forward end of the outboard liner, the inboard liner, the outboard liner and the bulkhead cooperatively defining an annular combustion chamber; a plurality of first fuel injectors disposed in the bulkhead; and a plurality of second fuel injectors disposed in at least one of the inboard liner and the outboard liner aftward of the bulkhead, wherein the second fuel injectors are arranged in a circumferential ring in circumferentially spaced relationship. characterised in that: the second fuel injectors are arranged in a first circumferential ring and a second circumferential ring disposed in longitudinally spaced relationship, the second fuel Injectors disposed in circumferentially spaced relationship within each of the first and second circumferential rings, the second fuel injectors disposed in the second circumferential ring being disposed in staggered relationship relative to the second fuel injectors disposed in the first circumferential ring. a radially inboard liner extending circumferentially and fore to aft longitudinally; a radially outboard liner extending circumferentially and fore to aft longitudinally, the outboard liner disposed radially outward from and circumscribing the inboard liner; an annular bulkhead having circumferential expanse and radial expanse and extending between a forward end of the inboard liner and a forward end of the outboard liner, the inboard liner, the outboard liner and the bulkhead cooperatively defining an annular combustion chamber; a plurality of first fuel injectors disposed in the bulkhead; and a plurality of second fuel injectors disposed in at least one of the inboard liner and the outboard liner aftward of the bulkhead, wherein the second fuel injectors are arranged in a circumferential ring in circumferentially spaced relationship. the second fuel injectors are arranged in a first circumferential ring and a second circumferential ring disposed in longitudinally spaced relationship, the second fuel Injectors disposed in circumferentially spaced relationship within each of the first and second circumferential rings, the second fuel injectors disposed in the second circumferential ring being disposed in staggered relationship relative to the second fuel injectors disposed in the first circumferential ring.
A method of manufacturing an electronic component comprising a plurality of dipoles (70, 98, 84, 100), each comprising an island solid with a base, a first electrode arranged at the top of the island and a second electrode arranged on the base, the method comprising - forming, on the base, a thickness of a material forming the islands, said thickness being etchable by means of a predetermined isotropic etching; - then, forming, over the thickness of material forming the islands, solid patterns made of electrically-conductive material and inert to isotropic etching; - then, applying an etching on the thickness of the material forming the islands all the way to the base at least between said solid patterns to form islands topped with said solid patterns, said etching comprising at least one phase during which the predetermined isotropic etching is applied so that the solid patterns totally overhang the islands; and - then, depositing electrically conductive material on top of and between the islands to form the first and second electrodes (98, 100) of the dipoles. - forming, on the base, a thickness of a material forming the islands, said thickness being etchable by means of a predetermined isotropic etching; - then, forming, over the thickness of material forming the islands, solid patterns made of electrically-conductive material and inert to isotropic etching; - then, applying an etching on the thickness of the material forming the islands all the way to the base at least between said solid patterns to form islands topped with said solid patterns, said etching comprising at least one phase during which the predetermined isotropic etching is applied so that the solid patterns totally overhang the islands; and - then, depositing electrically conductive material on top of and between the islands to form the first and second electrodes (98, 100) of the dipoles.
A cell for a resistive memory, comprising: a bottom electrode; a top electrode layer defining a sidewall; and an electrolyte layer arranged between the bottom electrode and top electrode layer, such that a conductive path is defined between the bottom electrode and the top electrode sidewall via the electrolyte layer; and wherein the bottom electrode extends generally horizontally with respect to a horizontal substrate, and the top electrode sidewall extends non-horizontally with respect to the horizontal substrate, characterised in that the top electrode sidewall defines a ring shape extending around an outer perimeter of the bottom electrode. a bottom electrode; a top electrode layer defining a sidewall; and an electrolyte layer arranged between the bottom electrode and top electrode layer, such that a conductive path is defined between the bottom electrode and the top electrode sidewall via the electrolyte layer; and wherein the bottom electrode extends generally horizontally with respect to a horizontal substrate, and the top electrode sidewall extends non-horizontally with respect to the horizontal substrate, characterised in that the top electrode sidewall defines a ring shape extending around an outer perimeter of the bottom electrode.