mhurhangee/ep-ind-claims huggingface dataset:
A method for safening the phytotoxic effect of a fungicidal composition which comprises difenoconazole on a plant or plant propagation material said method comprising applying to said plant or plant propagation material a fungicidal composition which comprises difenoconazole characterised in that at least 40% by weight of said difenoconazole is the 2R, 4S isomer depicted as formula (Ib): and wherein at least 50% by weight of the remaining difenoconazole is the 2S, 4S isomer depicted as formula (Id):
A vortex generation apparatus comprising a vortex generator configured for carriage on an aircraft wing, and further configured to deploy, in response to deployment of a wing leading edge lift augmentation device, into a position where the vortex generator will generate vortices over at least a portion of a main wing body upper surface region trailing the vortex generator, wherein the leading edge lift augmentation device comprises a leading edge flap having a flap seal portion, characterised in that the vortex generator is incorporated into a trailing edge of the flap seal portion of the leading edge flap, which lays flat along the upper wing surface contour of the main wing body when the leading edge flap is stowed and which projects away from the upper wing surface contour of the main wing body when the leading edge flap is deployed.
A liquid crystal display apparatus comprising: a first substrate provided with a first alignment film on one surface thereof; a second substrate arranged to face the surface of the first substrate on which the first alignment film is provided, and provided with a second alignment film on one surface thereof that faces the first substrate; a plurality of spacers formed on the second substrate and keeping a distance between the first substrate and the second substrate; and a plurality of pixels arranged in a row direction and a column direction, and respectively having a plurality of pixel electrodes (4R, 4G, 4B) or a plurality of color filters (13R, 13G, 13B) that respectively correspond to different color components, the number of spacers being smaller than the number of the pixels, each pixel being provided with at most one spacer, and the second alignment film having been subjected to rubbing treatment in a direction of a first diagonal of each pixel, characterized in that in a series of pixels arranged in the direction of the first diagonal along a direction of the rubbing treatment, not more than one columnar spacer is provided per pixel, and at least one, but not more than two, columnar spacers are provided per three consecutive pixels. a first substrate provided with a first alignment film on one surface thereof; a second substrate arranged to face the surface of the first substrate on which the first alignment film is provided, and provided with a second alignment film on one surface thereof that faces the first substrate; a plurality of spacers formed on the second substrate and keeping a distance between the first substrate and the second substrate; and a plurality of pixels arranged in a row direction and a column direction, and respectively having a plurality of pixel electrodes (4R, 4G, 4B) or a plurality of color filters (13R, 13G, 13B) that respectively correspond to different color components, the number of spacers being smaller than the number of the pixels, each pixel being provided with at most one spacer, and the second alignment film having been subjected to rubbing treatment in a direction of a first diagonal of each pixel, characterized in that in a series of pixels arranged in the direction of the first diagonal along a direction of the rubbing treatment, not more than one columnar spacer is provided per pixel, and at least one, but not more than two, columnar spacers are provided per three consecutive pixels.
A moisture-transporting molded sport bra cup, the sport bra cup comprising: a first foam layer having a first degree of hydrophilicity; and a second injection-molded layer having a second degree of hydrophilicity, wherein: the first foam layer and the second injection-molded layer are arranged so that one of the layers is substantially adjacent to a skin surface of a wearer when the sport bra cup is worn, and the other of the layers comprises an exterior face of the sport bra cup; the degree of hydrophilicity of the layer that is substantially adjacent to a skin surface of a wearer when the sport bra cup is worn is less than the degree of hydrophilicity of the layer that comprises an exterior face of the sport bra cup; and the second injection-molded layer is selectively attached to the first foam layer. the first foam layer and the second injection-molded layer are arranged so that one of the layers is substantially adjacent to a skin surface of a wearer when the sport bra cup is worn, and the other of the layers comprises an exterior face of the sport bra cup; the degree of hydrophilicity of the layer that is substantially adjacent to a skin surface of a wearer when the sport bra cup is worn is less than the degree of hydrophilicity of the layer that comprises an exterior face of the sport bra cup; and the second injection-molded layer is selectively attached to the first foam layer.
Electrochemical method for synthesising Janus particles from isotropic electrically conductive submicronic or micronic substrates, characterised in that it includes the following steps: - a three-dimensional reaction medium is formed by introducing said isotropic electrically conductive submicronic or micronic substrates and at least one source of an electrochemically depositable material into a gelled electrolytic solution contained in an electrodeposition cell defined by two separators (31, 32), said electrodeposition cell being disposed between two electrodes (21, 22), said gelled electrolytic solution having a sufficient viscosity to prevent the isotropic electrically conductive submicronic or micronic substrates from rotating; - a potential difference E is applied between the two electrodes (21, 22) so as to create a sufficiently strong electric field E for a sufficiently long duration to form, in the entire volume of the three-dimensional reaction medium, Janus particles with a layer of electrochemically depositable material, this layer having a specific shape delimited by a precise contour chosen from the following precise contours: (a) circular line of variable diameter; (b) dot; (c) hemisphere; (d) hemisphere portion. - a three-dimensional reaction medium is formed by introducing said isotropic electrically conductive submicronic or micronic substrates and at least one source of an electrochemically depositable material into a gelled electrolytic solution contained in an electrodeposition cell defined by two separators (31, 32), said electrodeposition cell being disposed between two electrodes (21, 22), said gelled electrolytic solution having a sufficient viscosity to prevent the isotropic electrically conductive submicronic or micronic substrates from rotating; - a potential difference E is applied between the two electrodes (21, 22) so as to create a sufficiently strong electric field E for a sufficiently long duration to form, in the entire volume of the three-dimensional reaction medium, Janus particles with a layer of electrochemically depositable material, this layer having a specific shape delimited by a precise contour chosen from the following precise contours: (a) circular line of variable diameter; (b) dot; (c) hemisphere; (d) hemisphere portion.
A vehicle arrangement (100; 200; 300; 400; 500) for signal transmission between a plurality of electrical units (102a-f) of a daisy chain, wherein the arrangement comprises a plurality of electrical units (102a-f), a plurality of signal wires for interconnecting the electrical units (102a-f) of the plurality of electrical units (102a-f) to form a daisy chain, and one or more interfaces (112a-e) for providing a signal connection between two electrical units (102a-f) of the plurality of electrical units (102a-f), wherein the one or more interfaces (112a-e) comprise two or more connectors, wherein the two or more connectors are connected to a signal wire of the one or more signal wires, wherein the one or more interfaces (112a-e) are external to the electrical units (102a-f) of the plurality of electrical units (102a-f), and wherein the two or more connectors are connectable to a device configured to monitor signal transmission between two electrical units (102a-f) of the plurality of electrical units (102a-f), and wherein two connectors (214, 216) of the two or more connectors (214, 216) of the interface (212a-e) are detachably connectable to one another so as to provide a signal connection between two signal wires of the plurality of signal wires for providing a signal connection between two electrical units (102a-f) of the plurality of electrical units (102a-f). a plurality of electrical units (102a-f), a plurality of signal wires for interconnecting the electrical units (102a-f) of the plurality of electrical units (102a-f) to form a daisy chain, and one or more interfaces (112a-e) for providing a signal connection between two electrical units (102a-f) of the plurality of electrical units (102a-f), wherein the one or more interfaces (112a-e) comprise two or more connectors, wherein the two or more connectors are connected to a signal wire of the one or more signal wires, wherein the one or more interfaces (112a-e) are external to the electrical units (102a-f) of the plurality of electrical units (102a-f), and wherein the two or more connectors are connectable to a device configured to monitor signal transmission between two electrical units (102a-f) of the plurality of electrical units (102a-f), and wherein two connectors (214, 216) of the two or more connectors (214, 216) of the interface (212a-e) are detachably connectable to one another so as to provide a signal connection between two signal wires of the plurality of signal wires for providing a signal connection between two electrical units (102a-f) of the plurality of electrical units (102a-f).
Bearing for the transmission of a translational or rotational movement, at least one magnet (2a, 2b, 2c, 11, 20) on the one hand and a magnetic sensor on the other hand being provided on parts of the bearing that are moved with respect to one another, the at least one magnet being applied as a pasty mass with a polymer component in the form of a silicone, an acrylate or a polyurethane to part of the bearing and only being cured after application, characterized in that the magnet(s) applied in a pasty form is/are coded in an individualized manner by a spatially distributed magnetization in such a way as to make recognition and/or traceability of a bearing possible.
An activated protein C for use in the treatment of a skin disorder characterised by the presence of hyperproliferative keratinocytes, wherein the treatment comprises contacting a region of skin characterised by the presence of hyperproliferative keratinocytes with a therapeutically effective amount of activated protein C.
A combination of a tool body and a cutting insert, the tool body having an insert seat for mounting the cutting insert on the tool body, wherein: the insert seat has a base surface and a side wall surface which extends so as to intersect with the base surface; the base surface has a contact surface and a contact projected part which come into contact with the cutting insert; a contact part of the contact surface is comprised of a surface; and a contact part of the contact projected part has a linear shape or a point shape, characterized in that the contact projected part making line contact or point contact with the cutting insert at the top thereof. the insert seat has a base surface and a side wall surface which extends so as to intersect with the base surface; the base surface has a contact surface and a contact projected part which come into contact with the cutting insert; a contact part of the contact surface is comprised of a surface; and a contact part of the contact projected part has a linear shape or a point shape, characterized in that the contact projected part making line contact or point contact with the cutting insert at the top thereof.
A method for treating a plant infection caused by a fungus of the class ascomycetes, comprising applying to the plant a combination of tea tree oil and a synthetic fungicidal compound selected from trifloxystrobin, difenoconazole, spiroxamine, triadimenol, azoxystrobin, boscalid and pyraclostrobin.
An antiperspirant composition free from aluminum and/or zirconium salt, and/or zinc based antiperspirant active, said antiperspirant composition comprising an oil-in-water emulsion, wherein said emulsion comprises oil phase and an emulsifier, wherein said oil phase comprises a lipophilic material having a melting point greater than 40°C; wherein said composition comprises 6 to 50% of said lipophilic material based on total weight of the composition; wherein said lipophilic material is a hydrogenated oil, a fatty alcohol, a fatty acid, a fatty ester, a petroleum oil, a wax or a mixture thereof.
A printer comprising: an ink; and a liquid absorbent for the ink comprising: a cellulose fiber; a heat-fusible material; and a flame-retardant material, characterized in that a relation σ 1 - σ 0 ≤ 500 is satisfied, where σ 0 [μS/cm] is an electric conductivity of the ink and σ 1 [μS/cm] is an electric conductivity of a mixture of 5 g of the ink and 1 g of the flame-retardant material. an ink; and a liquid absorbent for the ink comprising: a cellulose fiber; a heat-fusible material; and a flame-retardant material, characterized in that a relation σ 1 - σ 0 ≤ 500 is satisfied, where σ 0 [μS/cm] is an electric conductivity of the ink and σ 1 [μS/cm] is an electric conductivity of a mixture of 5 g of the ink and 1 g of the flame-retardant material. a cellulose fiber; a heat-fusible material; and a flame-retardant material, characterized in that a relation σ 1 - σ 0 ≤ 500 is satisfied, where σ 0 [μS/cm] is an electric conductivity of the ink and σ 1 [μS/cm] is an electric conductivity of a mixture of 5 g of the ink and 1 g of the flame-retardant material.
A control handle for a catheter adapted for use with an irrigation side arm, comprising: a proximal portion configured with a textured, friction inducing surface, a mid portion having a deflection knob and a tension knob, and a distal portion having a tapered profile leading to a catheter shaft that extends distally from the distal end of the control handle, a housing (20, 22) defining an interior cavity, the housing adapted to provide a port through which the irrigation side arm can extend into the interior cavity, the housing having a plug covering the port, wherein the plug includes a hinge.
A profile clamp comprising a profile strip and a ring-shaped sealing element, wherein the profile strip comprises two tensioning heads (3, 4) on its ends, wherein the tensioning heads (3, 4) are connected together by means of a tensioning element being shaped as a tensioning screw, wherein the sealing element comprises a radially outwardly protruding retaining lug, which is held on the tensioning element, wherein the retaining lug extends in a region between the tensioning heads (3, 4) and is highly visible from the outside, wherein the retaining lug comprises a bent around end, which encompasses the tensioning element at least in part.
Two-component mortar mass with a resin component, which contains at least a radically hardenable resin as hardenable component, and a hardener component, which contains a hardener for the radically hardenable resin of the resin component, in which the radically hardenable resin is obtained by converting an at least difunctional component, which has two or more reactive groups (RG-A), with a silane intermediate compound and an ethylenically unsaturated compound, in which the silane intermediate compound and the ethylenically unsaturated compound each have active functional groups, which react with the reactive groups (RG-A), forming a covalent bond, in which the silane intermediate compound is the conversion product of a cyclic organic compound with a functionalised silane compound, which has at least a reactive group (RG-B), in which the cyclic organic compound has the active functional group or a precursor for it and a reactive group (RG-C), which reacts with the reactive group (RG-B) of the functionalised silane compound, forming the silane intermediate compound, and in which the silane intermediate compound is used in a proportion of at least about 2% by weight of the resin component with reference to the organic components of the resin component. in which the radically hardenable resin is obtained by converting an at least difunctional component, which has two or more reactive groups (RG-A), with a silane intermediate compound and an ethylenically unsaturated compound, in which the silane intermediate compound and the ethylenically unsaturated compound each have active functional groups, which react with the reactive groups (RG-A), forming a covalent bond, in which the silane intermediate compound is the conversion product of a cyclic organic compound with a functionalised silane compound, which has at least a reactive group (RG-B), in which the cyclic organic compound has the active functional group or a precursor for it and a reactive group (RG-C), which reacts with the reactive group (RG-B) of the functionalised silane compound, forming the silane intermediate compound, and in which the silane intermediate compound is used in a proportion of at least about 2% by weight of the resin component with reference to the organic components of the resin component.
An isolated humanized murine G6 monoclonal antibody that specifically binds human immunoglobulin heavy chain variable region encoded by germline gene VH1-69 or fragment thereof, wherein said antibody or said fragment comprises: a) a heavy chain variable region comprising the amino acid sequence: QVQLVQSGAEVVKPGASVKVSCKASGYTFTSYWMHWVKQAPGQGLEWIGAVS PGNSDTSYNEKFKGKATLTVDTSASTAYMELSSLRSEDTAVYYCTRSRYGNNAL DYWGQGTLVTVS (SEQ ID NO: 2); and a light chain variable region comprising the amino acid sequence: DIQLTQSPSSLSASVGDRVTITCRASQGISSNIVWLQQKPGKAPKGLIYHGTNLES GVPSRFSGSGSGTDYTLTISSLEPEDFATYYCVQYSQFPPTFGQGTKLEIK (SEQ ID NO: 4); or b) a heavy chain variable region comprising the amino acid sequence: QVQLVQSGAEVVKPGASVKVSCKASGYTFTSYWMHWVKQAPGQGLEWIGAVS PGNSDTSYNEKFKGKATLTVDKSASTAYMELSSLRSEDTAVYYCTRSRYGNNAL DYWGQGTLVTVS (SEQ ID NO: 12); and a light chain variable region comprising the amino acid sequence: a) a heavy chain variable region comprising the amino acid sequence: QVQLVQSGAEVVKPGASVKVSCKASGYTFTSYWMHWVKQAPGQGLEWIGAVS PGNSDTSYNEKFKGKATLTVDTSASTAYMELSSLRSEDTAVYYCTRSRYGNNAL DYWGQGTLVTVS (SEQ ID NO: 2); and a light chain variable region comprising the amino acid sequence: DIQLTQSPSSLSASVGDRVTITCRASQGISSNIVWLQQKPGKAPKGLIYHGTNLES GVPSRFSGSGSGTDYTLTISSLEPEDFATYYCVQYSQFPPTFGQGTKLEIK (SEQ ID NO: 4); or b) a heavy chain variable region comprising the amino acid sequence: QVQLVQSGAEVVKPGASVKVSCKASGYTFTSYWMHWVKQAPGQGLEWIGAVS PGNSDTSYNEKFKGKATLTVDKSASTAYMELSSLRSEDTAVYYCTRSRYGNNAL DYWGQGTLVTVS (SEQ ID NO: 12); and a light chain variable region comprising the amino acid sequence:
A thermal recording medium having at least a thermal recording layer and an intermediate layer that are stacked on a transparent base material in this order, the thermal recording layer containing a dispersant having a carboxyl group and a crosslinking agent containing, as a main component, an epichlorohydrin-modified polyamide polyamine resin or an organic compound containing an oxazoline group, the intermediate layer containing a core-shell acrylic resin in which hydrophobic core particles are coated with a water-soluble shell polymer, the dispersant is a styrene acrylic copolymer ammonium salt. the thermal recording layer containing a dispersant having a carboxyl group and a crosslinking agent containing, as a main component, an epichlorohydrin-modified polyamide polyamine resin or an organic compound containing an oxazoline group, the intermediate layer containing a core-shell acrylic resin in which hydrophobic core particles are coated with a water-soluble shell polymer, the dispersant is a styrene acrylic copolymer ammonium salt.
A method of address assigning for a mobile industry processor interface alliance radio frequency front end, MIPI RFFE, device, comprising: detecting a voltage (VSENSE) at a configuration terminal (13D; 811) of the MIPI RFFE device with a timing based on a MIPI RFFE signal (SDATA, SCLK) received by the MIPI RFFE device, and setting the address of the MIPI RFFE device based on the detected voltage (VSENSE), characterized in that detecting the voltage (VSENSE) with a timing based on the MIPI RFFE signal (SDATA, SCLK) includes detecting the voltage (VSENSE) in a sense period, wherein a start of the sense period is based on a rising of a supply voltage at start-up of the MIPI RFFE device and the sense period ends at an n-th clock period of the MIPI RFFE signal (SDATA, SCLK). detecting a voltage (VSENSE) at a configuration terminal (13D; 811) of the MIPI RFFE device with a timing based on a MIPI RFFE signal (SDATA, SCLK) received by the MIPI RFFE device, and setting the address of the MIPI RFFE device based on the detected voltage (VSENSE),
Sorting machine with a control unit and an inspection zone for the detection of impurities or unwanted products in a flow of granular products, such as peas, nuts, raisins, potatoes, frozen products, moving through this inspection zone with at least one light source for generating a light beam, wherein means are provided to move this light beam substantially transversely to the direction of movement of the product flow so that substantially all products are hit by the light beam in said inspection zone in order to generate a reflected stream of light, wherein the light from this light beam is directly reflected by the products from an impact point of the light beam on the products and is reflected as scattered from a zone around this impact point, wherein at least one detector unit is provided to detect light reflected by the products in order to generate detection signals, wherein this detector unit cooperates with said control unit in order to sort the products by means of these detection signals, characterised in that said detector unit contains at least two sensors (19,20) that are provided one after the other in said reflected stream of light so that a sensor is placed upstream of a downstream sensor, wherein each sensor (19,20) is arranged to detect a different part of the reflected stream of light.
Timepiece escapement comprising an escapement wheel, a lever and a balance plate, the balance plate comprising a peg and an impulse tooth, the lever comprising a fork, a first rest surface, a second rest surface and an impulse surface, the escapement being arranged so that, when the balance plate turns in a first direction, the first rest surface blocks the escapement wheel in an entry rest position then releases it under the action of the peg cooperating with the fork so that the escapement wheel comes into contact with the impulse tooth in order to transmit an impulse to the balance plate, and when the balance plate turns in the direction opposite to the first direction, the second rest surface blocks the escapement wheel in an exit rest position then releases it under the action of the peg cooperating with the fork in order that the escapement wheel comes into contact with the impulse surface in order to transmit an impulse to the balance plate via the lever, the angle (α) between the entry and exit rest positions being smaller than the angle (β) between the entry rest position and the spindle of the lever, these angles (α, β) being seen from the spindle of the escapement wheel, characterised in that the escapement wheel comprises short teeth and long teeth, the short teeth being intended to cooperate exclusively with the first rest surface, the long teeth being intended to cooperate with the second rest surface, the impulse surface and the impulse tooth.