mhurhangee/ep-ind-claims huggingface dataset:
A method for shaping keratin fibres comprising: (a) providing a solid composition, wherein the solid composition comprises: - an active agent, wherein the active agent is selected from the group consisting of: oxoethanoic acid, 2,2-dihydroxyethanoic acid, 2,2'-oxybis(2-hydroxy)-ethanoic acid, and mixtures thereof; and wherein the active agent has a molecular weight of 500 g/mol or less; - a photocatalyst being a hydroxy-substituted aromatic compound; and then mixing the solid composition with a cosmetically acceptable carrier to form a crosslinking composition; (b) applying the composition to keratin fibres, mechanically shaping the keratin fibres with an appliance or implement, and exposing the composition to electromagnetic radiation having a wavelength of from 300 nm to 750 nm; and step (a) is carried out and then subsequently step (b). (a) providing a solid composition, wherein the solid composition comprises: - an active agent, wherein the active agent is selected from the group consisting of: oxoethanoic acid, 2,2-dihydroxyethanoic acid, 2,2'-oxybis(2-hydroxy)-ethanoic acid, and mixtures thereof; and wherein the active agent has a molecular weight of 500 g/mol or less; - a photocatalyst being a hydroxy-substituted aromatic compound; and then mixing the solid composition with a cosmetically acceptable carrier to form a crosslinking composition; - an active agent, wherein the active agent is selected from the group consisting of: oxoethanoic acid, 2,2-dihydroxyethanoic acid, 2,2'-oxybis(2-hydroxy)-ethanoic acid, and mixtures thereof; and wherein the active agent has a molecular weight of 500 g/mol or less; - a photocatalyst being a hydroxy-substituted aromatic compound; (b) applying the composition to keratin fibres, mechanically shaping the keratin fibres with an appliance or implement, and exposing the composition to electromagnetic radiation having a wavelength of from 300 nm to 750 nm; and step (a) is carried out and then subsequently step (b).
A light source of visible light for display and/or illumination, the light source comprising a heterostructure including semiconductor layers, the heterostructure forming a waveguide between a first end and a second end, the heterostructure comprising a plurality of layers and comprising an optically active zone formed by the plurality of layers, the optically active zone capable of emitting light guided by said waveguide, at least two different radiative transitions being excitable in the optically active zone by an electrical current between a p-side electrode and an n-side electrode, transition energies of said at least two different radiative transitions corresponding to wavelengths in the visible part of the optical spectrum, the light source further comprising means for preventing reflections of light from the waveguide by at least one of said first and second end back into the waveguide, thereby causing the light source to comprise a superluminescent light emitting diode, wherein the optically active zone includes one optically active region with multiple radiative transitions, whereby at least two different radiative transitions include transitions between at least three different energy levels in a single material of said optically active region.
A stable herbicide granule or powder containing built-in adjuvant which comprises: a) an herbicide active ingredient selected from the class of ACCase or ALS enzyme inhibitors comprising, with respect to the total composition, from 1 gram per kilogram (g/kg) to 200 g/kg; b) a built-in adjuvant comprising a plant derived oil or an ester of a plant derived oil, the built-in adjuvant comprising, with respect to the total composition, from 200 g/kg to 600 g/kg; c) a solid carbohydrate comprising, with respect to the total composition, from 10 g/kg to 700 g/kg; and d) a solid, water soluble polymer or oligomer comprising a lignosulfonate, the solid, water soluble polymer or oligomer comprising, with respect to the total composition, from 50 g/kg to 700 g/kg, with the proviso that the solid carbohydrate and the solid, water soluble polymer or oligomer must together comprise at least 200 g/kg of the total composition and the carbohydrate is a monosaccharide or disaccharide. a) an herbicide active ingredient selected from the class of ACCase or ALS enzyme inhibitors comprising, with respect to the total composition, from 1 gram per kilogram (g/kg) to 200 g/kg; b) a built-in adjuvant comprising a plant derived oil or an ester of a plant derived oil, the built-in adjuvant comprising, with respect to the total composition, from 200 g/kg to 600 g/kg; c) a solid carbohydrate comprising, with respect to the total composition, from 10 g/kg to 700 g/kg; and d) a solid, water soluble polymer or oligomer comprising a lignosulfonate, the solid, water soluble polymer or oligomer comprising, with respect to the total composition, from 50 g/kg to 700 g/kg, with the proviso that the solid carbohydrate and the solid, water soluble polymer or oligomer must together comprise at least 200 g/kg of the total composition and the carbohydrate is a monosaccharide or disaccharide.
Roller end plate comprising a device for monitoring the wear of the end plate having a peripheral flange, the roller end plate being intended to cooperate with a homologous roller end plate (Ibis) positioned facing it so as to interact with the head of a rolling rail, characterized in that the device comprises at least one first recess localized at the level of a peripheral line of constant radius on the end plate and configured to be positioned at the level at which the point of separation of the end plate relative to its homologue (Ibis) is the smallest, the roller being mounted on a rotation axle that is inclined relative to the vertical, the peripheral line of constant radius on the end plate being in this case positioned at the level of a point on the upper surface of the flange the tangent to which is oriented along a substantially vertical axis.
Transport wagon consisting of a base frame, wherein the base frame comprises a rotatable bogie assembly on its front side for attachment to a powered tow or push truck and comprises one or more front steering wheels placed on the front side of the base frame and one or more rear steering wheels placed on the rear side of the base frame, wherein the one or more front steering wheels and the one or more rear steering wheels are coupled in such a way to the rotatable bogie assembly, that in operation the one or more front steering wheels rotate along with the rotatable bogie assembly and that the one or more rear steering wheels rotate in opposite direction with respect to the rotatable bogie assembly, wherein the base frame comprises a single longitudinal beam to which a front cross beam, a rear cross beam and at least one intermediate cross beam are arranged forming intermediate spaces for receiving a transport cart via a side of the transport wagon facing away from the longitudinal beam, which transport cart can be loaded with goods, characterized in that an intermediate wheel suspension with two or more intermediate wheels is arranged under the one or more intermediate cross beams, the one or more front steering wheels are arranged substantially centrally under the front cross beam, the one or more rear steering wheels are arranged substantially centrally under the rear cross beam and wherein the intermediate wheels are placed at a mutual distance from each other, the base frame is arranged to pivot about one pivot axis, which runs substantially parallel to the intermediate cross beam, wherein the base frame consists of two frame parts (2A; 2B), wherein the frame parts (2A; 2B) are generally U-shaped and each frame part (2A; 2B) comprises one of the two intermediate spaces, wherein two adjacent legs of the U-shaped frame parts (2A; 2B) form the intermediate cross beam and are rotatably connected to each other about the pivot axis, such that the intermediate wheels form a triangle with both the one or more front steering wheels and the one or more rear steering wheels.
A combine harvester, comprising - a feederhouse, comprising an inlet for receiving harvested crop material; - a corn header; the header comprising: - an auger configured to direct a movement of harvested crop material toward the feederhouse of the combine harvester; - a header floor located beneath the auger; - a belt conveyor being configured to direct the movement of harvested crop material toward the feederhouse of the combine harvester and a rear portion of the belt conveyor extending past a rearward portion of the header and being configured to extend into the inlet of the feederhouse characterized in that the belt conveyor is located within an opening of the header floor in front of the inlet of the feederhouse. - a feederhouse, comprising an inlet for receiving harvested crop material; - a corn header; - an auger configured to direct a movement of harvested crop material toward the feederhouse of the combine harvester; - a header floor located beneath the auger; - a belt conveyor being configured to direct the movement of harvested crop material toward the feederhouse of the combine harvester and a rear portion of the belt conveyor extending past a rearward portion of the header and being configured to extend into the inlet of the feederhouse
A method of preparing a CTL for treating cancer in a subject comprising: (a) identifying tumor mutations in expressed genes of the subject by a method comprising whole genome or whole exome nucleic acid sequencing of tumor and normal tissue samples from the subject, wherein the mutations are present in the genome of the cancer cells of the subject but not in normal tissue from the subject, wherein when said mutation identified is a: A. point mutation further identifying a mutant peptide having the point mutation; and/or B. splice-site, frame shift, read-through or gene-fusion mutation further identifying a neoepitope generated by the mutation; (b) selecting a mutant peptide or neoepitope identified in step (a) that binds to a HLA protein; and (c) using a mutant peptide or neoepitope selected in (b) to elicit CTL ex vivo. (a) identifying tumor mutations in expressed genes of the subject by a method comprising whole genome or whole exome nucleic acid sequencing of tumor and normal tissue samples from the subject, wherein the mutations are present in the genome of the cancer cells of the subject but not in normal tissue from the subject, wherein when said mutation identified is a: A. point mutation further identifying a mutant peptide having the point mutation; and/or B. splice-site, frame shift, read-through or gene-fusion mutation further identifying a neoepitope generated by the mutation; A. point mutation further identifying a mutant peptide having the point mutation; and/or B. splice-site, frame shift, read-through or gene-fusion mutation further identifying a neoepitope generated by the mutation; (b) selecting a mutant peptide or neoepitope identified in step (a) that binds to a HLA protein; and (c) using a mutant peptide or neoepitope selected in (b) to elicit CTL ex vivo.
(Amended) A system for detecting a loss of communication for an aircraft, the system comprising: a communication detection software module resident as an application on an aircraft communication management unit; a CMU message router in communication with the communication detection software module, wherein the CMU message router is onboard the aircraft; at least one radio coupled to the communication management unit, wherein the at least one radio is onboard the aircraft; a statistical model of historical communications traffic density of radio communications observed by the at least one radio for an RF zone associated with a ground station, wherein a current communications traffic density is determined by observing communications between one or more other aircraft and the ground station, wherein the communication detection software module builds the statistical model; wherein the communication detection software module performs a statistical analysis of the current communications traffic density of radio communications observed by the at least one radio with respect to the statistical model to determine when the aircraft has a lost a communications link with the ground station. a communication detection software module resident as an application on an aircraft communication management unit; a CMU message router in communication with the communication detection software module, wherein the CMU message router is onboard the aircraft; at least one radio coupled to the communication management unit, wherein the at least one radio is onboard the aircraft; a statistical model of historical communications traffic density of radio communications observed by the at least one radio for an RF zone associated with a ground station, wherein a current communications traffic density is determined by observing communications between one or more other aircraft and the ground station, wherein the communication detection software module builds the statistical model; wherein the communication detection software module performs a statistical analysis of the current communications traffic density of radio communications observed by the at least one radio with respect to the statistical model to determine when the aircraft has a lost a communications link with the ground station.
A method of forming a metallic pattern on a substrate, the method comprising: applying onto a surface of a metallic layer coupled to the substrate, a chemically surface-activating aqueous solution comprising an inorganic activating agent that chemically activates the surface of the metallic layer by forming ions from the metallic layer at the surface; after chemically activating the metallic layer, non-impact printing an etch-resist ink onto the activated surface of the metallic layer to produce an etch-resist mask according to a predetermined pattern, wherein at least one ink component within the etch-resist ink undergoes a chemical reaction with the activated surface of the metallic layer to immobilize droplets of the etch-resist ink when the droplets of the etch-resist ink hit the activated surface of the metallic layer; performing an etching process to remove unmasked metallic portions that are not covered with the etch-resist mask; and removing the etch-resist mask. applying onto a surface of a metallic layer coupled to the substrate, a chemically surface-activating aqueous solution comprising an inorganic activating agent that chemically activates the surface of the metallic layer by forming ions from the metallic layer at the surface; after chemically activating the metallic layer, non-impact printing an etch-resist ink onto the activated surface of the metallic layer to produce an etch-resist mask according to a predetermined pattern, wherein at least one ink component within the etch-resist ink undergoes a chemical reaction with the activated surface of the metallic layer to immobilize droplets of the etch-resist ink when the droplets of the etch-resist ink hit the activated surface of the metallic layer; performing an etching process to remove unmasked metallic portions that are not covered with the etch-resist mask; and removing the etch-resist mask.
Core for an electrical induction device having a multiplicity of magnetizable metal sheets which, resting on each other, form a stack of metal sheets, wherein spacers which are arranged between two metal sheets form at least one cooling channel, and wherein the spacers are at least partially composed of metal, characterized in that the spacers, on the side thereof which faces the respective metal sheet, are provided with an electrically insulating insulation layer.
A system, comprising: a sorbent recharger, comprising a recharging flow path (301, 401) that is fluidly connectable to a sorbent module (302, 402) containing at least one sorbent material; at least one recharge solution source (305, 405, 406) containing at least one recharge solution for recharging the at least one sorbent material within the sorbent module, the at least one recharge solution source fluidly connectable to a sorbent module inlet (303, 403); at least one pump (307, 407) in the recharging flow path for providing recharge solution to the sorbent module; and a processor programmed to set at least one recharge parameter for recharging of the at least one sorbent material based on one or more manufacturing characteristics of the sorbent material contained in the sorbent module, characterized in that the at least one recharge parameter comprises at least one of: time of recharging, recharge temperature, volume of at least one recharge solution, concentration of at least one recharge solution, and combinations thereof. a sorbent recharger, comprising a recharging flow path (301, 401) that is fluidly connectable to a sorbent module (302, 402) containing at least one sorbent material; at least one recharge solution source (305, 405, 406) containing at least one recharge solution for recharging the at least one sorbent material within the sorbent module, the at least one recharge solution source fluidly connectable to a sorbent module inlet (303, 403); at least one pump (307, 407) in the recharging flow path for providing recharge solution to the sorbent module; and a processor programmed to set at least one recharge parameter for recharging of the at least one sorbent material based on one or more manufacturing characteristics of the sorbent material contained in the sorbent module, characterized in that the at least one recharge parameter comprises at least one of: time of recharging, recharge temperature, volume of at least one recharge solution, concentration of at least one recharge solution, and combinations thereof.
A tonneau cover device for a vehicle having a back door capable of opening and closing and covering an opening section at a rear surface of a chassis thereof, comprising: a tonneau cover disposed above, and separated from, a floor of a cargo compartment extending forward from the opening section; wherein the tonneau cover is supported at a front end thereof by the left and right sides of the cargo compartment and interlocking means moving a rear end of the tonneau cover in a substantially vertical direction interlocked with opening and closing of the back door, wherein the interlocking means including: a pair of pulleys (45, 46) at each of the left and right sides of the cargo compartment; a first linking member wrapped around the pulleys and connected to the rear end of the tonneau cover; a rotating member interlocked with and connected to the first linking member; and a second linking member having an end connected to the back door, having another end connected to the rotating member, and rotating the rotating member interlocked with opening and closing of the back door, characterized in that said pair of pulleys (45,46) is disposed separated in a vertical direction, and said tonneau cover is divided in a longitudinal direction comprising a plurality of board members (21, 22, 23, 24) and is connected so as to be capable of bending at intervals between adjacent board members, the board members of the tonneau cover being connected so as to be capable of folding in an overlapped manner in a condition wherein one or both of the front support section and the rear linking section are disconnected. a tonneau cover disposed above, and separated from, a floor of a cargo compartment extending forward from the opening section; wherein the tonneau cover is supported at a front end thereof by the left and right sides of the cargo compartment and interlocking means moving a rear end of the tonneau cover in a substantially vertical direction interlocked with opening and closing of the back door, wherein the interlocking means including: a pair of pulleys (45, 46) at each of the left and right sides of the cargo compartment; a first linking member wrapped around the pulleys and connected to the rear end of the tonneau cover; a rotating member interlocked with and connected to the first linking member; and a second linking member having an end connected to the back door, having another end connected to the rotating member, and rotating the rotating member interlocked with opening and closing of the back door, a pair of pulleys (45, 46) at each of the left and right sides of the cargo compartment; a first linking member wrapped around the pulleys and connected to the rear end of the tonneau cover; a rotating member interlocked with and connected to the first linking member; and a second linking member having an end connected to the back door, having another end connected to the rotating member, and rotating the rotating member interlocked with opening and closing of the back door,
A building board for mounting on a support structure including a set of studs, the building board comprising a framing element which has an essential shape of a rectangular cuboid including two opposite main sides having relatively large delimitation surfaces and four edge sides having relatively small delimitation surfaces, a first type of snap-in means being arranged along a first one of said edge sides and a second type of snap-in means being arranged along a second one of said edge sides, which second edge side is opposite to said first edge side and the snap-in means of the first type, after mounting of the building board against the support structure, being configured to receive a snap-in means of the second type of another building board so that this building board is connected to the mounted building board, wherein the first type of snap-in means is of female type and the second type of snap-in means is of male type, characterized in that the snap-in means of said second type comprises a groove configured to receive at least one clamping element of said stud for fixing and holding the first and the second building boards against a stud of the support structure, wherein the groove is configured to, based on friction, fix the first and second building boards against the stud of the support structure via said clamping element received in said groove.