mhurhangee/ep-ind-claims huggingface dataset:
A reflective array antenna, comprising: a feed array, a secondary reflective surface disposed on one side of the feed array, and a primary reflective array disposed on the other side that is of the feed array and that is opposite to the secondary reflective surface, wherein the feed array is configured to emit an electromagnetic wave in a first polarization direction; the secondary reflective surface is configured to reflect the electromagnetic wave in the first polarization direction emitted by the feed array, and allows an electromagnetic wave in a second polarization direction to penetrate, wherein the first polarization direction is perpendicular to the second polarization direction; and the primary reflective array is configured to: convert the electromagnetic wave in the first polarization direction reflected by the secondary reflective surface into the electromagnetic wave in the second polarization direction and reflect the electromagnetic wave in the second polarization direction; wherein the secondary reflective surface comprises a substrate and a single polarization slot array provided on the substrate, and each slot allows the electromagnetic wave in the second polarization direction to penetrate; wherein phase retardation of the slots in an arrangement direction from a center to an edge of the secondary reflective surface gradually decreases. the feed array is configured to emit an electromagnetic wave in a first polarization direction; the secondary reflective surface is configured to reflect the electromagnetic wave in the first polarization direction emitted by the feed array, and allows an electromagnetic wave in a second polarization direction to penetrate, wherein the first polarization direction is perpendicular to the second polarization direction; and the primary reflective array is configured to: convert the electromagnetic wave in the first polarization direction reflected by the secondary reflective surface into the electromagnetic wave in the second polarization direction and reflect the electromagnetic wave in the second polarization direction; wherein the secondary reflective surface comprises a substrate and a single polarization slot array provided on the substrate, and each slot allows the electromagnetic wave in the second polarization direction to penetrate; wherein phase retardation of the slots in an arrangement direction from a center to an edge of the secondary reflective surface gradually decreases.
A seafloor mining system comprising: at least one concentrating system that processes seafloor materials; at least one reclaimer machine that collects the processed seafloor materials; at least one haulage system that receives the processed seafloor materials collected by the reclaimer machine and lifts the processed seafloor materials to a surface vessel; and, at least one temporary storage container located between the at least one reclaimer machine and the at least one haulage system, wherein the temporary storage container is a buffer suspended above the seafloor; wherein the haulage system is a mechanical haulage system that conveys discrete parcels of seafloor material collected by the reclaimer machine to the surface vessel; and characterized in that the concentrating system, reclaimer machine, and haulage system are decoupled from each other; and wherein the at least one concentrating system comprises an undersea vehicle, wherein the undersea vehicle is towed by a tow vessel located on the surface, wherein the undersea vehicle comprises a nodule collecting apparatus, located on the seafloor, connected to a steering vehicle adapted to be towed by the tow vessel, and wherein the undersea vehicle comprises a position determination device adapted to determine the position of the nodule collecting apparatus. at least one concentrating system that processes seafloor materials; at least one reclaimer machine that collects the processed seafloor materials; at least one haulage system that receives the processed seafloor materials collected by the reclaimer machine and lifts the processed seafloor materials to a surface vessel; and, at least one temporary storage container located between the at least one reclaimer machine and the at least one haulage system, wherein the temporary storage container is a buffer suspended above the seafloor; wherein the haulage system is a mechanical haulage system that conveys discrete parcels of seafloor material collected by the reclaimer machine to the surface vessel; and characterized in that the concentrating system, reclaimer machine, and haulage system are decoupled from each other; and wherein the at least one concentrating system comprises an undersea vehicle, wherein the undersea vehicle is towed by a tow vessel located on the surface, wherein the undersea vehicle comprises a nodule collecting apparatus, located on the seafloor, connected to a steering vehicle adapted to be towed by the tow vessel, and wherein the undersea vehicle comprises a position determination device adapted to determine the position of the nodule collecting apparatus.
A canister for sealing fluid for repairing inflatable articles, the canister comprising a bottle defining an inner volume for the sealing fluid; a first inlet port and an outlet port connected fluidically by said inner volume; and at least one non-return valve (34; 38) downstream from said inner volume and open to permit outflow of the sealing fluid from said outlet port; and the canister comprises a second inlet port connected to said outlet port downstream from said at least one non-return valve; characterized by comprising a second non-return valve downstream from said second inlet port and in that said second non-return valve is designed to cut off access to said inner volume when compressed air flows into said second inlet port.
A salmonella vaccine composition for use in immunizing birds against salmonella comprising as an active ingredient a structure containing O-antigen derived from Salmonella, provided that said structure does not contain a whole cell, wherein said structure contains Lipid A.
A compound represented by formula: wherein R 1 and R 2 are each independently alkyl having 1 to 9 carbons or alkenyl having 2 to 9 carbons, alkoxy having 1 to 8 carbons or alkenyloxy having 2 to 8 carbons; Q 1 and Q 4 are each independently fluorine or chlorine; Q 2 and Q 3 are each independently hydrogen, fluorine or chlorine, and one of Q 2 and Q 3 is hydrogen and the other is fluorine or chlorine; Z is -CH 2 O- or -COO-; and h is 1 or 2, and h is 1 when both Q 1 and Q 2 are fluorine.
A toothed wheel arrangement comprising a main toothed wheel and a toothed wheel rotatable relative thereto in a circumferential direction, wherein the main toothed wheel comprises a toothed wheel body on which a hub projecting in an axial direction is arranged on the one hand for mounting a shaft and on the other hand for the arrangement of the rotatable toothed wheel, wherein the rotatable toothed wheel has a cut-out coaxial to an axially running central axis of the main toothed wheel, and wherein the main toothed wheel is connected to the rotatable toothed wheel by means of a bayonet fastening which is configured between the hub and the rotatable toothed wheel, wherein radially outwardly projecting hub projections are arranged on the hub and in an axial direction between the hub projections and the toothed wheel body an undercut in the shape of a groove is configured in the direction of the circumference of the hub, wherein in the cut-out of the rotatable toothed wheel radially inwardly projecting projections are formed and wherein an inner diameter between two opposite projections has a size which corresponds at least approximately to an outer diameter of the hub in the region of cut-outs which are formed in the circumferential direction between two hub projections arranged alongside one another on the hub, characterized in that an axial securing for the rotatable toothed wheel is formed by the bayonet fastening and the relative position of the rotatable toothed wheel in the axial direction of the toothed wheel arrangement is thereby fixed, wherein a width of the undercut exhibits a size which corresponds at least approximately to a width of the projections of the rotatable toothed wheel in an axial direction.
Compound of formulae or where R 1 is H or C 1 -C 4 alkyl, R 2 is H, -COOH, -COO(C 1- C 4 alkyl) or -CONHR 5, where R 5 is H, C 1 -C 4 alkyl, an amino acid radical, dipeptide radical or tripeptide radical, R 3 and R 4 are in each case independently of one another H or OH, n is 1, 2 or 3, or a pharmaceutically acceptable salt, stereoisomer or solvate thereof, for use in the treatment and/or prevention of a vulvovaginal dermatologic condition selected from the group consisting of vulvovaginal atrophy, lichen sclerosus and Zoon's vulvitis. where R 1 is H or C 1 -C 4 alkyl, R 2 is H, -COOH, -COO(C 1- C 4 alkyl) or -CONHR 5, where R 5 is H, C 1 -C 4 alkyl, an amino acid radical, dipeptide radical or tripeptide radical, R 3 and R 4 are in each case independently of one another H or OH, n is 1, 2 or 3, or a pharmaceutically acceptable salt, stereoisomer or solvate thereof, for use in the treatment and/or prevention of a vulvovaginal dermatologic condition selected from the group consisting of vulvovaginal atrophy, lichen sclerosus and Zoon's vulvitis.
A dental appliance which exerts a functional effect when applied to a person's teeth and conforms to a model corresponding to the teeth the model having a gum line and a gingival region, the teeth extending above the gum line, and the gingival region being below the gum line, the dental appliance comprising at least a first or innermost polymeric material MA1 which conforms to both lingual and buccal sides of the teeth and a second or outermost polymeric material MA2 which conforms to the gingival region, wherein MA2 is different from MA1, wherein the first or innermost polymeric material MA1, and the second or outermost polymeric material MA2 comprise continuous layers, and wherein MA1 has at least one property that is different from MA2, selected from: (i) an optical property, (ii) oxygen permeability, wherein the oxygen permeability of MA2 is greater than the oxygen permeability of MA1, (iii) fluid permeability, wherein the fluid permeability of MA1 is greater than the fluid permeability of MA2, (iv) antibacterial activity, wherein the antibacterial activity of MA1 is greater than the antibacterial activity of MA2, (v) calcium binding capacity, wherein the calcium binding activity of MA1 is greater than the calcium binding capacity of MA2, (vi) catalytic activity for decomposition of a peroxy compound, and (vii) photocatalytic activity. (i) an optical property, (ii) oxygen permeability, wherein the oxygen permeability of MA2 is greater than the oxygen permeability of MA1, (iii) fluid permeability, wherein the fluid permeability of MA1 is greater than the fluid permeability of MA2, (iv) antibacterial activity, wherein the antibacterial activity of MA1 is greater than the antibacterial activity of MA2, (v) calcium binding capacity, wherein the calcium binding activity of MA1 is greater than the calcium binding capacity of MA2, (vi) catalytic activity for decomposition of a peroxy compound, and (vii) photocatalytic activity.
Attachment for harvesting stalky stem material, comprising: - stem cutters; - cutting devices for cutting the stalky stem material; - conveying devices for conveying away the cut stalky stem material; - a number of picking units, for separating fruit from the stalks, which are distributed across the working width of the attachment and each comprise at least one picking roller and a picking gap associated with the picking roller, - a grinding device for the stalks, which is associated with each picking unit, and - a device for collecting and combining separated fruit; at least one drivable stalk support being associated with each picking unit, which stalk support is arranged so as to be spaced apart vertically from the picking unit and the cutting devices, characterised in that in the direction of travel, the stalk support is arranged upstream of the associated picking unit, the stalk supports are arranged on one or more pivotable retaining arms, and the stalk supports can be moved in the longitudinal direction and/or vertically and/or with regard to the pitch thereof and/or can be adjusted with regard to the rotary speed thereof. - stem cutters; - cutting devices for cutting the stalky stem material; - conveying devices for conveying away the cut stalky stem material; - a number of picking units, for separating fruit from the stalks, which are distributed across the working width of the attachment and each comprise at least one picking roller and a picking gap associated with the picking roller, - a grinding device for the stalks, which is associated with each picking unit, and - a device for collecting and combining separated fruit;
A jib/counter-jib structure for a free-standing tower crane, formed by partial sections that can be connected consecutively to form a jib or a counter-jib, wherein each partial section comprises a fixed lower lattice structure, and an upper lattice structure formed by side panels that are connected to the lower lattice structure by means of articulated or removable couplings, said panels incorporating on the edge opposite the edge connected with the lower lattice structure couplings for connecting with one another and with other consecutive sections, characterised in that the lower lattice structure has end couplings for connecting with other consecutive sections, and a truncated pyramidal shape with a top, to which the side panels of the upper lattice structure are connected, a bottom, and sides connecting said top and bottom, and in that the side panels of the upper lattice structure can be lowered onto said sides of the lower lattice structure.
A steered caster wheel system having a vertical axis and comprising: a caster wheel having a steering axis, the caster wheel rotating about the steering axis through a range of swivel positions; a suspension mechanism, the caster wheel being mounted to the suspension mechanism to enable the caster wheel to move relative to the vertical axis; a steering mechanism mechanically connected to the caster wheel to control the swivel position of the caster wheel; a steering actuator connected to the caster wheel and the steering mechanism; and a disengagement system which selectively enables the steering actuator to change the swivel position of the caster wheel in response to movement of the steering mechanism in a caster wheel steering mode and disables the steering actuator from changing the swivel position of the caster wheel in a non-caster wheel steering mode. a caster wheel having a steering axis, the caster wheel rotating about the steering axis through a range of swivel positions; a suspension mechanism, the caster wheel being mounted to the suspension mechanism to enable the caster wheel to move relative to the vertical axis; a steering mechanism mechanically connected to the caster wheel to control the swivel position of the caster wheel; a steering actuator connected to the caster wheel and the steering mechanism; and a disengagement system which selectively enables the steering actuator to change the swivel position of the caster wheel in response to movement of the steering mechanism in a caster wheel steering mode and disables the steering actuator from changing the swivel position of the caster wheel in a non-caster wheel steering mode.
A disc brake comprising: a brake carrier; a caliper; at least one guide pin comprising a guide sleeve; and a receiving portion of the brake carrier to receive the guide sleeve; characterised by an inter-connection to engage the guide sleeve and the receiving portion so as to restrict rotation of the guide sleeve relative to the brake carrier, when the guide sleeve is received by the receiving portion, wherein the guide pin further comprises a guide fastener to secure the guide pin to the brake carrier, and the disc brake further comprises a bore formed in the brake carrier to receive the guide fastener, wherein the bore is arranged eccentrically in the receiving portion of the brake carrier. a brake carrier; a caliper; at least one guide pin comprising a guide sleeve; and a receiving portion of the brake carrier to receive the guide sleeve; characterised by an inter-connection to engage the guide sleeve and the receiving portion so as to restrict rotation of the guide sleeve relative to the brake carrier, when the guide sleeve is received by the receiving portion, wherein the guide pin further comprises a guide fastener to secure the guide pin to the brake carrier, and the disc brake further comprises a bore formed in the brake carrier to receive the guide fastener, wherein the bore is arranged eccentrically in the receiving portion of the brake carrier.
An electrolyte electrode assembly sandwiched between a pair of separators (6a, 6b), said electrolyte electrode assembly comprising an anode, a cathode, and an electrolyte interposed between said anode and said cathode, and bosses (7a, 7b) being formed on said pair of separators characterised in that a layer is provided between said cathode and said bosses on said one of said separators (6a, 6b), said layer comprising material which has electron conductivity higher than that of said cathode, and which is capable of inducing oxygen reduction.
An optical projection system for a weapon system aiming scope, comprising: a primary beamsplitter positioned in an optical path, wherein objective and ocular lenses (24, 26) define said optical path; a secondary beamsplitter positioned adjacent the primary beamsplitter and off the optical path; a micro-display that provides a data image containing targeting information; and an illumination source (52,52A), wherein the illumination source generates light directed through the secondary beamsplitter to illuminate and reflect off the micro-display so as to define a reflected data image, wherein the secondary beamsplitter directs the reflected data image into the primary beamsplitter, and wherein the primary beamsplitter combines the data image with an optical target image in the optical path so as to convey targeting information to a shooter viewing the optical target image, wherein a) the primary beamsplitter is situated between ocular and objective lenses, the optical projection system comprising said lenses; and/or b) the secondary beamsplitter is positioned against the primary beamsplitter; and/or c) the optical projection system comprises a scope body and at least said objective lens and at least said ocular lens, wherein said components of the optical projection system except said scope body are housed within said scope body. a primary beamsplitter positioned in an optical path, wherein objective and ocular lenses (24, 26) define said optical path; a secondary beamsplitter positioned adjacent the primary beamsplitter and off the optical path; a micro-display that provides a data image containing targeting information; and an illumination source (52,52A), wherein the illumination source generates light directed through the secondary beamsplitter to illuminate and reflect off the micro-display so as to define a reflected data image, wherein the secondary beamsplitter directs the reflected data image into the primary beamsplitter, and wherein the primary beamsplitter combines the data image with an optical target image in the optical path so as to convey targeting information to a shooter viewing the optical target image, wherein a) the primary beamsplitter is situated between ocular and objective lenses, the optical projection system comprising said lenses; and/or b) the secondary beamsplitter is positioned against the primary beamsplitter; and/or c) the optical projection system comprises a scope body and at least said objective lens and at least said ocular lens, wherein said components of the optical projection system except said scope body are housed within said scope body. a) the primary beamsplitter is situated between ocular and objective lenses, the optical projection system comprising said lenses; and/or b) the secondary beamsplitter is positioned against the primary beamsplitter; and/or c) the optical projection system comprises a scope body and at least said objective lens and at least said ocular lens, wherein said components of the optical projection system except said scope body are housed within said scope body.
A mounting assembly for mounting an implement to a vehicle, the assembly comprising:- a body adapted to be mounted to a vehicle; at least one pair of first actuators (16, 18), each said first actuator being adapted to be pivotably mounted, at a respective first pivot (20, 22), to one of said body or an implement; and a plurality of first link members (24, 26), each said first link member being pivotably mounted, at a respective second pivot (28, 30), to a respective said first actuator and adapted to be pivotably mounted, at a respective third pivot (32, 34), to the other of said body or said implement; a plurality of second actuators (36, 38), each said second actuator being adapted to adjust the position of a respective said second pivot relative to the body to adjust the orientation of the implement relative to the vehicle, wherein at least one said first link member and the corresponding said first actuator are arranged in use such that a line directly connecting said first and second pivots is arranged at an obtuse angle to a line directly connecting said second and third pivots, characterised in that at least one said second actuator is adapted to move the corresponding said second pivot from one side of a line directly joining the corresponding said first and third pivots to the other side of said line.