mhurhangee/ep-ind-claims huggingface dataset:
A method for capturing drug targets, comprising the following steps of: preparing compounds and DNA or RNA; covalently linking the compounds to the DNA or RNA which is labeled with a tag for tracing to obtain labeled compounds; transferring the labeled compounds obtained in the step into cells by a gene transfer method capable of transferring nucleic acid into cells; disrupting the cells in the step, and then capturing the DNA or RNA in the step by immobilized complementary DNA or RNA to enrich the drug targets; dissociating the enriched drug targets from a stationary phase, deploying the enriched drug targets by a gel electrophoresis method, and comparing differential proteins by proteomics to identify the potential drug targets; and subjecting the potential drug targets identified in the step to affinity experiments using the compounds in the step one by one to determine the drug targets for the compounds. preparing compounds and DNA or RNA; covalently linking the compounds to the DNA or RNA which is labeled with a tag for tracing to obtain labeled compounds; transferring the labeled compounds obtained in the step into cells by a gene transfer method capable of transferring nucleic acid into cells; disrupting the cells in the step, and then capturing the DNA or RNA in the step by immobilized complementary DNA or RNA to enrich the drug targets; dissociating the enriched drug targets from a stationary phase, deploying the enriched drug targets by a gel electrophoresis method, and comparing differential proteins by proteomics to identify the potential drug targets; and subjecting the potential drug targets identified in the step to affinity experiments using the compounds in the step one by one to determine the drug targets for the compounds.
An anhydrous bleaching composition for hair characterised in that it comprises at least one compound with bleaching effect and at least one dipeptide wherein the total amount of compounds with bleaching effect ranges from 20 to 80% by weight calculated to total composition prior to mixing with oxidizing lotion.
An organic light emitting device comprising: a first substrate (210, 310, 1010); an oxide thin film transistor (220, 320, 1020) on the first substrate (210, 310, 1010); a planarization layer (329, 1029) on the oxide thin film transistor (220, 320, 1020); an organic light emitting diode (230, 330, 1030) on the planarization layer (329, 1029); a passivation layer (240, 340, 1040) on the organic light emitting diode (230, 330, 1030); and a second substrate (260, 360, 1060) on the passivation layer (240, 340, 1040); characterized by a metal foil alloy formed on an inner surface of the second substrate (210, 310, 1010) or by the second substrate (210, 310, 1010) being made of a metal foil alloy, wherein the metal foil alloy has a body centered cubic lattice structure or a face centered cubic lattice structure and including a hydrogen capturing metal capable of dissociating hydrogen molecules into hydrogen atoms such that hydrogen atoms diffuse into interstices in the body centered cubic lattice structure or the face centered cubic lattice structure to form an interstitial solid solution, for preventing deoxidation of materials forming the oxide thin film transistor (220, 320, 1020), wherein the metal foil alloy is Fe-Ti, La-Ti, Mg-Ni or Fe-Ni. a first substrate (210, 310, 1010); an oxide thin film transistor (220, 320, 1020) on the first substrate (210, 310, 1010); a planarization layer (329, 1029) on the oxide thin film transistor (220, 320, 1020); an organic light emitting diode (230, 330, 1030) on the planarization layer (329, 1029); a passivation layer (240, 340, 1040) on the organic light emitting diode (230, 330, 1030); and a second substrate (260, 360, 1060) on the passivation layer (240, 340, 1040); characterized by a metal foil alloy formed on an inner surface of the second substrate (210, 310, 1010) or by the second substrate (210, 310, 1010) being made of a metal foil alloy, wherein the metal foil alloy has a body centered cubic lattice structure or a face centered cubic lattice structure and including a hydrogen capturing metal capable of dissociating hydrogen molecules into hydrogen atoms such that hydrogen atoms diffuse into interstices in the body centered cubic lattice structure or the face centered cubic lattice structure to form an interstitial solid solution, for preventing deoxidation of materials forming the oxide thin film transistor (220, 320, 1020), wherein the metal foil alloy is Fe-Ti, La-Ti, Mg-Ni or Fe-Ni.
Cooking appliance for performing a culinary preparation, which comprises a body provided with a cooking chamber and a container for receiving food having an interior volume and removably placed in the cooking chamber, the receiving container comprising a bottom comprising a central opening arranged for the passage of a drive nut intended to rotate a removable cooking accessory arranged at a determined location in the receiving container, the body further comprising a motorised device arranged to rotate the drive nut, characterised in that the cooking appliance comprises a device for moving the drive nut between a disengaged position wherein the drive nut is withdrawn from the central opening of the receiving container and withdrawn from the cooking accessory when the latter is arranged at its determined location in the receiving container and an engaged position wherein the drive nut is engaged with the cooking accessory when the latter is arranged at its determined location in the receiving container.
A method of handling a protocol address (IP_x) in a network, the network comprising a number of K servers, a server is uniquely identified in the network by a server identifier (Sid_x) and comprises a maximum number of L units, a unit comprises one hardware address (MACx) to connect to the network and a unit identifier (Eid_x), the unit identifier uniquely identifying the unit in the server, a unit hosts a maximum number of M hosts, each host on a unit comprising a local host identifier (Hid_x) uniquely identifying the host on the unit; the method comprises: - a unit generating a protocol address (IP_x) for a host on the unit based on the local host identifier (Hid_x) of the host, the unit identifier (Eid_x) of the unit and the server identifier (Sid_x) of the server in which the unit is comprised; and, - the unit assigning the protocol address to the host. - a unit generating a protocol address (IP_x) for a host on the unit based on the local host identifier (Hid_x) of the host, the unit identifier (Eid_x) of the unit and the server identifier (Sid_x) of the server in which the unit is comprised; and, - the unit assigning the protocol address to the host.
A topical composition comprising hydrolyzed algae extract, saccharide isomerate, and a dermatologically acceptable vehicle wherein the composition is capable of moisturizing at least one of skin and hair, wherein the saccharide isomerate comprises an exopolysaccharide synthesized by Vibrio alginolyticus, and the hydrolyzed algae extract comprises exopolysaccharides of Halymenia durvillei, wherein the composition comprises 0.001% to 1% w/w of hydrolyzed algae extract and 0.0001% to 0.1% w/w of saccharide isomerate.
An image processing apparatus comprising: an acquisition unit, adapted to acquire a first radiographic image (50 CC, 52 CC) which has been captured in a first state related to a first compression of a breast, and a second radiographic image (50 MLO, 52 MLO) which has been captured in a second state related to a second compression of the same breast, the second state related to the second compression being different from the first state related to the first compression; and a derivation unit adapted to derive a percentage of mammary glands of a breast image in the first radiographic image, characterized in that in a case in which the breast image of the fist radiographic image does not include a fat tissue pixel, the percentage of mammary glands in the first radiographic image is derived on the basis of an amount of incident radiation derived from a value of a fat tissue pixel in the second radiographic image, with the fat tissue pixel of the second radiographic image being obtained by a portion of the breast which is estimated to be composed of only fat tissues. an acquisition unit, adapted to acquire a first radiographic image (50 CC, 52 CC) which has been captured in a first state related to a first compression of a breast, and a second radiographic image (50 MLO, 52 MLO) which has been captured in a second state related to a second compression of the same breast, the second state related to the second compression being different from the first state related to the first compression; and a derivation unit adapted to derive a percentage of mammary glands of a breast image in the first radiographic image, characterized in that in a case in which the breast image of the fist radiographic image does not include a fat tissue pixel, the percentage of mammary glands in the first radiographic image is derived on the basis of an amount of incident radiation derived from a value of a fat tissue pixel in the second radiographic image, with the fat tissue pixel of the second radiographic image being obtained by a portion of the breast which is estimated to be composed of only fat tissues.
Pneumatic leaf remover head comprising: • a pneumatic circuit comprising at least one duct and at least one nozzle; said pneumatic circuit is adapted to lead an air flow (f), through said at least one duct, towards said at least one nozzle, so as to cause an air jet (g) to flow out; • a rotor, for rotating around a rotation axis and to which said pneumatic circuit is fixed in an integral manner, so that said pneumatic circuit rotates with said rotor in an integral manner; • at least one protection plate comprising at least one deflector, which is arranged in front of said at least one nozzle relative to the direction of the rotation axis, so that the air jet (g) flowing out of said at least one nozzle can at least partially flow through said at least one deflector; said protection plate is fixed to said rotor in an integral manner, so as to rotate with it; said at least one deflector is at least one hole, each one arranged close to said at least one nozzle; wherein said protection plate comprises: • a central portion, relative to the rotation axis, which is fixed to the rotor in an integral manner, and • a peripheral portion, relative to the rotation axis, which is fixed to said central portion for rotating around the axis in an independent manner, thus varying its position relative to said central portion; said at least one hole being provided in correspondence to said peripheral portion. • a pneumatic circuit comprising at least one duct and at least one nozzle; said pneumatic circuit is adapted to lead an air flow (f), through said at least one duct, towards said at least one nozzle, so as to cause an air jet (g) to flow out; • a rotor, for rotating around a rotation axis and to which said pneumatic circuit is fixed in an integral manner, so that said pneumatic circuit rotates with said rotor in an integral manner; • at least one protection plate comprising at least one deflector, which is arranged in front of said at least one nozzle relative to the direction of the rotation axis, so that the air jet (g) flowing out of said at least one nozzle can at least partially flow through said at least one deflector; • a central portion, relative to the rotation axis, which is fixed to the rotor in an integral manner, and • a peripheral portion, relative to the rotation axis, which is fixed to said central portion for rotating around the axis in an independent manner, thus varying its position relative to said central portion;
A magnetic marker comprising: At least one implantable marker, the implantable marker comprising at least one piece of magnetic material, CHARACTERISED IN THAT the at least one piece of magnetic material exhibits a large Barkhausen jump in its magnetisation curve, wherein the LBJ material comprises at least one overlapping loop, said at least one overlapping loop being maintained during detection of the marker.
Liquid, foamable intumescent formulation comprising a resin system, characterized in that the resin system comprises at least one first polymer having an average molecular weight M n of between 1000 and 35 000 g/mol and a glass transition temperature of less than 15°C, at least one vinylic monomer, and at least one component that acts as a blowing agent at a temperature of above 200°C, wherein a coating produced from the intumescent formulation is curable by polymerization and, prior to initiation of said polymerization, comprises no component having an acid function and at the same time a molecular weight of greater than 1500 g/mol.
A method for a cell selection, comprising: obtaining a respective uplink traffic status for each of a plurality of user equipments; determining, for each user equipment, based upon the respective uplink traffic status, a respective bias value for a measured quality indicator of a downlink received signal with respect to the user equipment; and performing the cell selection based upon the respective bias value and the measured quality indicator. obtaining a respective uplink traffic status for each of a plurality of user equipments; determining, for each user equipment, based upon the respective uplink traffic status, a respective bias value for a measured quality indicator of a downlink received signal with respect to the user equipment; and performing the cell selection based upon the respective bias value and the measured quality indicator.
An impact resistant elastomeric seal comprising; an annular body extending between a first axial end and a second axial end; a first anchor formed on the first axial end; a second anchor formed on the second axial end; an elastomeric section having an exterior surface, the elastomeric section extending between the first anchor and the second anchor, the elastomeric section being expandable and contractible in response to movement of the first anchor relative to the second anchor; a plurality of protrusions (20A-H) extending radially outward from the exterior surface and extending circumferentially around the elastomeric section, adjacent ones of the plurality of protrusions (20A-20H) being spaced apart from one another by a predetermined spacing magnitude configured to accommodate the movement of the first anchor relative to the second anchor; wherein each of the plurality of protrusions (20A-20H) has a height extending from the exterior surface and the height being of a predetermined magnitude configured to intercept projectiles from impacting the exterior surface, the elastomeric section comprises a serpentine cross section having a first leg characterized in that said elastomeric section further comprises a bend extending from the first leg, wherein the plurality of protrusions (20A, 20B, 20C, 20D and 20E) extend from the first leg and the plurality of protrusions (20F, 20G and 20H) extend from the first bend.
A method for Fourier-Domain optical coherence tomography, FD- OCT, imaging, comprising the steps of: obtaining a plurality of interferograms; providing at least two wavenumber reference signals at different wavenumbers in each of the plurality of interferograms, wherein the wavenumber reference signals are portions of said interferograms that are attenuated or enhanced beyond the normally detected signal level at said different wavenumbers; aligning each of the plurality of interferograms according to one of the at least two wavenumber reference signals; and for each of the plurality of interferograms, identifying whether an interferogram is missampled using another of the at least two wavenumber reference signals. obtaining a plurality of interferograms; providing at least two wavenumber reference signals at different wavenumbers in each of the plurality of interferograms, wherein the wavenumber reference signals are portions of said interferograms that are attenuated or enhanced beyond the normally detected signal level at said different wavenumbers; aligning each of the plurality of interferograms according to one of the at least two wavenumber reference signals; and for each of the plurality of interferograms, identifying whether an interferogram is missampled using another of the at least two wavenumber reference signals.
An EUV pellicle comprising: a pellicle frame; and a pellicle membrane mounted on the pellicle frame and comprising a film of bundles of carbon nanotubes, CNTs, wherein within any 2 μm × 2 μm region of the film: an average number of CNTs per bundle is at least 5, an average bundle diameter is in a range from 6 to 16 nm, an average areal density is in a range from 0.4 to 6 μg/cm 2 an inter-bundle spacing is 250 nm or less, and a number of walls per CNT is 6 or less. a pellicle frame; and a pellicle membrane mounted on the pellicle frame and comprising a film of bundles of carbon nanotubes, CNTs, wherein within any 2 μm × 2 μm region of the film: an average number of CNTs per bundle is at least 5, an average bundle diameter is in a range from 6 to 16 nm, an average areal density is in a range from 0.4 to 6 μg/cm 2 an inter-bundle spacing is 250 nm or less, and a number of walls per CNT is 6 or less. an average number of CNTs per bundle is at least 5, an average bundle diameter is in a range from 6 to 16 nm, an average areal density is in a range from 0.4 to 6 μg/cm 2 an inter-bundle spacing is 250 nm or less, and a number of walls per CNT is 6 or less.
An antimicrobial composition comprising: a) 0.1 to 100 ppm by weight of a silver compound; b) a salt of a sulphonic acid; and, c) 1 to 85% by weight of a salt of fatty acid; wherein, the salt of a sulphonic acid is selected from sodium toluene sulphonates, sodium cumene sulphonates, sodium xylene sulphonates, naphthalene sulphonates or mixtures thereof. a) 0.1 to 100 ppm by weight of a silver compound; b) a salt of a sulphonic acid; and, c) 1 to 85% by weight of a salt of fatty acid; wherein, the salt of a sulphonic acid is selected from sodium toluene sulphonates, sodium cumene sulphonates, sodium xylene sulphonates, naphthalene sulphonates or mixtures thereof.
Gas diffusion electrode having at least two layers (4, 6) of which a first layer has an electrically conductive woven fabric which is at least partially embedded in a hydrophobic polymer matrix, where the polymer matrix is hydrophobic and has a contact angle with water of more than 90°, and where a second layer has an open porosity in which catalytically active particles are present and has a thickness in the range from 1 μm to 50 μm, characterized in that the woven fabric comprises a silver-, titanium- or nickel-containing fiber.
Panel suitable for assembling a waterproof floor or wall covering from a plurality of said panels, wherein the panel has a planar top surface, and a planar bottom surface, the panel having a laminated structure of layers which comprises: - a flexible core layer which is composed of a material which is provided with voids in the form of air pockets, and - a rigid top layer which comprises a support layer that is composed of a material that is virtually devoid of air pockets, and wherein the core layer has a lower density than the top layer, characterized in that the thickness of the core layer is smaller than the thickness of the support layer in a ratio of 0.5 or less, preferably in a ratio between 0.5 and 0.10, in that the material of the core layer comprises a foam material from PE, EVA, PS, PP, PU, or melamine, or alternatively cork and the core layer has a density of 100 up to 300 kg/m 3; in that the support layer has a density of at least 1200 kg/m 3, and in that the support layer is directly or indirectly provided onto the top side of the core layer. the panel having a laminated structure of layers which comprises: - a flexible core layer which is composed of a material which is provided with voids in the form of air pockets, and - a rigid top layer which comprises a support layer that is composed of a material that is virtually devoid of air pockets, and wherein the core layer has a lower density than the top layer, - a flexible core layer which is composed of a material which is provided with voids in the form of air pockets, and - a rigid top layer which comprises a support layer that is composed of a material that is virtually devoid of air pockets, characterized in that the thickness of the core layer is smaller than the thickness of the support layer in a ratio of 0.5 or less, preferably in a ratio between 0.5 and 0.10, in that the material of the core layer comprises a foam material from PE, EVA, PS, PP, PU, or melamine, or alternatively cork and the core layer has a density of 100 up to 300 kg/m 3; in that the support layer has a density of at least 1200 kg/m 3, and in that the support layer is directly or indirectly provided onto the top side of the core layer.
An aqueous dispersion of aggregate silica particles comprising aggregate silica particles having an aggregate structure comprised of fused primary particles, wherein the aggregate silica particles have a primary particle diameter and an aggregate particle diameter, and the average of the primary particle diameters ( d p) and the average (by number) of the aggregate particle diameters ( D circ ave) satisfy the following equation: D circ ave nm < 52 + d p nm for silica.
Refrigerator with at least one cooling compartment, which can be closed by a door which features an external skin, an internal skin, a heat insulation filling the cavity between external skin and internal skin and a cooling-air duct, to which cool air cooled at an evaporator and circulated by a ventilator (18, 19) is fed, characterised in that an extruded profile, which has a base facing the external skin, from which four bars protrude, ensures that the cooling-air duct in the door is not covered by the heat insulation and the cooling-air duct is covered by the internal skin, simultaneously embodied as internal cladding, through to the cooling compartment and is embodied as heat insulation-free in relation to the internal cladding of door.