mhurhangee/ep-ind-claims huggingface dataset:
Method for determining a distribution pattern of a distributor over an agricultural area under cultivation, wherein a spreading fan produced by the distributor is moved in the direction of travel over the area under cultivation and a plurality of sub-regions of the area under cultivation on which fertilizer is spread, which are different with respect to their position transverse to the direction of travel, are digitally imaged, wherein the sub-regions are imaged in oblique views, that the inclination of the oblique views for the area-specific calculation of fertilizer quantities is determined, and that image data of the oblique views are analyzed by means of an image analysis unit in different color regions in order to distinguish between ground, vegetation and fertilizer, and that fertilizer quantities assigned to the sub-regions are calculated therefrom by means of a calculation unit, wherein the analysis of the image data and the calculation of the fertilizer quantities are carried out on the basis of digital image processing in the image-recording device and/or in a separate computer.
A needle tip storage and removal device for use with an injection needle tip comprising a needle hub and a needle extending axially therefrom, which includes: a storage compartment being sealed by an openable seal element, and a needle removal housing for receiving a used needle tip, characterised in that said storage compartment has been formed in a given forming step and contains a needle tip in a sterile environment; and said removal housing has been formed in a separate forming step, and is connected to or around said storage compartment by a connecting means, wherein said removal housing and said storage compartment are separate parts. a storage compartment being sealed by an openable seal element, and a needle removal housing for receiving a used needle tip, characterised in that said storage compartment has been formed in a given forming step and contains a needle tip in a sterile environment; and said removal housing has been formed in a separate forming step, and is connected to or around said storage compartment by a connecting means, wherein said removal housing and said storage compartment are separate parts.
A nuclear reactor comprising: - a reactor building; - a reactor vessel housed within the reactor building; - a core disposed in the reactor vessel and comprising nuclear fuel assemblies; - a water storage tank for storing water, situated in the reactor building, the tank being delimited, by a base and lateral walls (21, 9), the tank having at least one opening that allows for the flow of a stream of liquid into the interior of the tank in the event of an accident; - an emergency cooling circuit for emergency cooling of the core, comprising a transfer member having a suction inlet in fluid communication with the tank; - a filtration device for filtering the stream of liquid, disposed in the tank and interposed between the opening and the suction inlet of the transfer member; the filtration device comprising a filtering volume delimited in the tank under the opening, open towards the opening, the filtering volume being delimited on a first side by the lateral wall (9, 21) and on a second side opposite to the first by a filtering wall extending up to the base and attached to the lateral wall (21, 9), the filtering wall including a plurality of posts that are rigidly attached to the base, and a plurality of filtering panels that are interposed between the posts and connected to the posts. - a reactor building; - a reactor vessel housed within the reactor building; - a core disposed in the reactor vessel and comprising nuclear fuel assemblies; - a water storage tank for storing water, situated in the reactor building, the tank being delimited, by a base and lateral walls (21, 9), the tank having at least one opening that allows for the flow of a stream of liquid into the interior of the tank in the event of an accident; - an emergency cooling circuit for emergency cooling of the core, comprising a transfer member having a suction inlet in fluid communication with the tank; - a filtration device for filtering the stream of liquid, disposed in the tank and interposed between the opening and the suction inlet of the transfer member;
A mutant of an E. coli heat-stable toxin having the following sequence: NSSNYCCELCCNPTCTGCY; or NSSNYCCESCCNPTCTGCY; or NSSNYCCEACCNPTCTGCY. NSSNYCCELCCNPTCTGCY; or NSSNYCCESCCNPTCTGCY; or NSSNYCCEACCNPTCTGCY.
Insecticide and acaricide paints, inhibitors of chitin synthesis, regulators of the juvenile hormone of insects and arthropods repellent, for controlling endemic diseases, pests and arthropods acting as allergens, characterized in that they comprise at least the following compounds: · insecticides, in a percentage comprised between 0.0001% and 20%, including both limits, selected from a group consisting of neonicotinoids and phenylpyrazoles, or a combination thereof; · chitin synthesis inhibitor, in a percentage comprised between 0.0001% and 20%, including both limits, · juvenile hormone analogues, in a percentage comprised between 0.0001% and 20%, including both limits, · polymers, in a percentage comprised between 1% and 50%, including both limits, · pigments, in a percentage comprised between 0% and 40%, including both limits, · fillers, in a percentage comprised between 0% and 60%, including both limits, · natural repellents in a percentage comprised between 0% and 60%, including both limits, stabilizers, in a percentage comprised between 0.01% and 20%, including both limits, and · water, in a percentage between 1% and a quantity sufficient to complete 100%; wherein all the percentages are by weight with respect to the total weight of the composition, and they can be combined in any possible variation with the established ranges, and wherein the insecticides, the chitin synthesis inhibitor, the juvenile hormone analogues and the natural repellents are microencapsulated with the polymers. · insecticides, in a percentage comprised between 0.0001% and 20%, including both limits, selected from a group consisting of neonicotinoids and phenylpyrazoles, or a combination thereof; · chitin synthesis inhibitor, in a percentage comprised between 0.0001% and 20%, including both limits, · juvenile hormone analogues, in a percentage comprised between 0.0001% and 20%, including both limits, · polymers, in a percentage comprised between 1% and 50%, including both limits, · pigments, in a percentage comprised between 0% and 40%, including both limits, · fillers, in a percentage comprised between 0% and 60%, including both limits, · natural repellents in a percentage comprised between 0% and 60%, including both limits, stabilizers, in a percentage comprised between 0.01% and 20%, including both limits, and · water, in a percentage between 1% and a quantity sufficient to complete 100%; wherein all the percentages are by weight with respect to the total weight of the composition, and they can be combined in any possible variation with the established ranges, and wherein the insecticides, the chitin synthesis inhibitor, the juvenile hormone analogues and the natural repellents are microencapsulated with the polymers.
System for connecting two drill string members (1, 2) of a drill string for earth drilling, wherein one drill string member has a plug element arranged on an end side in the form of a plug and the other drill string member has a plug element arranged on an end side in the form of a socket and a removal prevention device is provided, which has a head and an end spaced apart from the head, characterized in that a thread is formed on the end of the removal prevention device, wherein the plug and socket are designed to form a plug-in connection in such a way that both drill string members (1, 2) have through-holes aligned with one another, through which the removal prevention device can be inserted, and the head and end are spaced apart from one another such that the head is exposed at the end with the removal prevention device inserted.
A device for forming a cavity in a bone for use with an oscillating dental instrument comprising: a body defining a longitudinal axis; a flange defined on the body having two surfaces (232, 234) that meet at an edge, which is oriented oblique to the longitudinal axis; serrations for forming the cavity that are defined on an outer surface of the body an internal fluid passageway defined in the body for directing fluid to the serrations on the outer surface (232, 234) of the body, the internal fluid passageway including a vertically-oriented blind hole that extends along a substantial portion of the longitudinal axis of the tool; a plurality of first side holes defined on the front and rear sides of the body and a plurality of second side holes on the right and left sides of the body, where the first side holes and second side holes are rotated by 90 degrees with respect to each other, where every side hole intersects the vertically-oriented blind hole, where the first side holes are staggered along the first and second ends (210, 220) of the tool body and the second side holes are staggered along the first end of the tool body, a concave surface formed on the body that is devoid of serrations; and a circular post extending from the flange that is configured to be connected to the oscillating dental instrument, the internal fluid passageway extending along a substantial portion of the longitudinal axis and through the circular post to define an opening at a top end of the circular post, wherein fluid introduced through the opening is distributed through the side holes (262a, 262b). a body defining a longitudinal axis; a flange defined on the body having two surfaces (232, 234) that meet at an edge, which is oriented oblique to the longitudinal axis; serrations for forming the cavity that are defined on an outer surface of the body an internal fluid passageway defined in the body for directing fluid to the serrations on the outer surface (232, 234) of the body, the internal fluid passageway including a vertically-oriented blind hole that extends along a substantial portion of the longitudinal axis of the tool; a plurality of first side holes defined on the front and rear sides of the body and a plurality of second side holes on the right and left sides of the body, where the first side holes and second side holes are rotated by 90 degrees with respect to each other, where every side hole intersects the vertically-oriented blind hole, where the first side holes are staggered along the first and second ends (210, 220) of the tool body and the second side holes are staggered along the first end of the tool body, a concave surface formed on the body that is devoid of serrations; and a circular post extending from the flange that is configured to be connected to the oscillating dental instrument, the internal fluid passageway extending along a substantial portion of the longitudinal axis and through the circular post to define an opening at a top end of the circular post, wherein fluid introduced through the opening is distributed through the side holes (262a, 262b).
A signal transfer device for an appliance, in particular for a camper, caravan, motor caravan or boat, with a transmitting and receiving unit, which comprises: - at least one receiving element, which is formed to receive reception data characterizing at least one state of at least a part of the appliance; and - at least one transmitting element, which is formed to establish at least one local wireless data link with at least one mobile terminal by radio technology and to wirelessly communicate transmission data characterizing the at least one state, which results from the reception data, to the mobile terminal via the data link, characterized in that the transmitting and receiving unit comprises at least one connecting device, via which the transmitting and receiving unit can be connected to a data bus of the appliance by means of at least one physical line, wherein the transmitting and receiving unit is formed as a module and formed: - to be arranged, in terms of signaling, between a first component inherently formed as a master of the data bus and at least one second component of the appliance inherently formed as a slave of the data bus via the connecting device into the data bus of the appliance; - to suggest to the master in terms of signaling that the transmitting and receiving unit is the slave; and - to suggest to the slave in terms of signaling that the transmitting and receiving unit is the master. - at least one receiving element, which is formed to receive reception data characterizing at least one state of at least a part of the appliance; and - at least one transmitting element, which is formed to establish at least one local wireless data link with at least one mobile terminal by radio technology and to wirelessly communicate transmission data characterizing the at least one state, which results from the reception data, to the mobile terminal via the data link, - to be arranged, in terms of signaling, between a first component inherently formed as a master of the data bus and at least one second component of the appliance inherently formed as a slave of the data bus via the connecting device into the data bus of the appliance; - to suggest to the master in terms of signaling that the transmitting and receiving unit is the slave; and - to suggest to the slave in terms of signaling that the transmitting and receiving unit is the master.
A component for a gas turbine engine, comprising: an outer wall comprising an exterior surface; at least one plenum defined interiorly to the outer wall and configured to receive a cooling fluid therein; a coating system disposed on the exterior surface, the coating system having a thickness; and a plurality of adaptive cooling openings defined in the outer wall, wherein each of the adaptive cooling openings extends from a first end in flow communication with the at least one plenum, outward through the exterior surface and to a second end covered underneath at least a portion of the thickness of the coating system, wherein at least one of the adaptive cooling openings is oriented at an acute angle relative to a direction normal to the outer wall, characterized in further comprising groups of the adaptive cooling openings in an arrangement, wherein each of the adaptive cooling openings in each of the groups is rotated by the acute angle in a different direction from others of the adaptive cooling openings in the group. an outer wall comprising an exterior surface; at least one plenum defined interiorly to the outer wall and configured to receive a cooling fluid therein; a coating system disposed on the exterior surface, the coating system having a thickness; and a plurality of adaptive cooling openings defined in the outer wall, wherein each of the adaptive cooling openings extends from a first end in flow communication with the at least one plenum, outward through the exterior surface and to a second end covered underneath at least a portion of the thickness of the coating system, wherein at least one of the adaptive cooling openings is oriented at an acute angle relative to a direction normal to the outer wall, characterized in further comprising groups of the adaptive cooling openings in an arrangement, wherein each of the adaptive cooling openings in each of the groups is rotated by the acute angle in a different direction from others of the adaptive cooling openings in the group.
A culture medium being serum-free comprising an IL6RIL6 chimera at a concentration range of 50-200 picogram per milliliter (pg/ml) and basic fibroblast growth factor (bFGF), wherein the culture medium is capable of maintaining pluripotent stem cells in an undifferentiated state in the absence of feeder cell support.
An electrostatic chuck assembly, comprising: a stack comprising: a first dielectric layer comprising polyaryletherketone having a substrate support surface 132; a second dielectric layer having a plasma treated bonding surface, the first dielectric layer bonded to the second dielectric layer; and an electrode disposed between the first dielectric layer and the second dielectric layer; and a pedestal bonded to the plasma treated bonding surface of the second dielectric layer, wherein a peel strength between the bonding surface and the pedestal is between about 0.91 kilogram per 2.54 cm [about 2 pounds per linear inch] and about 6.35 kilograms per linear 2.54 cm [about 14 pounds per linear inch]. a stack comprising: a first dielectric layer comprising polyaryletherketone having a substrate support surface 132; a second dielectric layer having a plasma treated bonding surface, the first dielectric layer bonded to the second dielectric layer; and an electrode disposed between the first dielectric layer and the second dielectric layer; and a first dielectric layer comprising polyaryletherketone having a substrate support surface 132; a second dielectric layer having a plasma treated bonding surface, the first dielectric layer bonded to the second dielectric layer; and an electrode disposed between the first dielectric layer and the second dielectric layer; and a pedestal bonded to the plasma treated bonding surface of the second dielectric layer, wherein a peel strength between the bonding surface and the pedestal is between about 0.91 kilogram per 2.54 cm [about 2 pounds per linear inch] and about 6.35 kilograms per linear 2.54 cm [about 14 pounds per linear inch].
Composite spherical polymer particles comprising: (i) a nanoparticulate pigment having an average primary particle size of from 0.1 to 0.005 μm, (ii) a high molecular dispersant having adsorptive property to the nanoparticulate pigment, and having a polyurethane or poly(meth)acrylic molecular structure, and a polystyrene equivalent weight average molecular weight of from 3,000 to 30,000, and (iii) a (meth)acrylic resin being a polymer obtainable from at least one polyfunctional hydrophobic (meth)acrylate ester, wherein the nanoparticulate pigment is enclosed in a dispersed state in the high molecular dispersant and (meth)acrylic resin, a content of the nanoparticulate pigment ranges from 5 to 70 wt% based on the composite spherical polymer particles, a content of the high molecular dispersant is from 5 to 100 wt% based on the nanoparticulate pigment, and the composite spherical polymer particles have an average particle size of from 1 to 20 μm. (i) a nanoparticulate pigment having an average primary particle size of from 0.1 to 0.005 μm, (ii) a high molecular dispersant having adsorptive property to the nanoparticulate pigment, and having a polyurethane or poly(meth)acrylic molecular structure, and a polystyrene equivalent weight average molecular weight of from 3,000 to 30,000, and (iii) a (meth)acrylic resin being a polymer obtainable from at least one polyfunctional hydrophobic (meth)acrylate ester,
A ballistic protection device for protecting at least one part of an outer peripheral wall, having a mean plane, of a structure, such as a vehicle, the protection device comprising at least one ballistic protection element, having a mean plane, and at least one pair of arm assemblies for connecting the protection element to said outer peripheral wall, each arm assembly being, on one hand, provided with pivoting connection means for pivotally connecting to said outer peripheral wall, which allow the arm assembly to pivot with respect to said outer peripheral wall around a first pivot axis, and, on the other hand, pivotally connected to the protection element around a second pivot axis parallel to the first pivot axis, the first and second pivot axes being positioned so as to be parallel to the mean plane of the outer peripheral wall and orthogonal to the longitudinal direction of the mean plane of the outer peripheral wall, the arm assemblies having the same length and being arranged so as to allow the mean plane of the protection element to be moved between a spaced-apart position, remote from the outer peripheral wall and facing at least one part thereof, and a position close to the outer peripheral wall, while remaining always parallel to the mean plane of the outer peripheral wall, characterised in that the or each protection element comprises a first, so-called upper, part to which the at least one pair of arm assemblies is attached, and a second, so-called lower, part, the upper and lower parts being intended, after the protection element is connected to the outer peripheral wall, to face respectively at least one part of the outer peripheral wall and the corresponding lower part of the structure, the lower part being movable, with respect to the upper part, between a so-called protection position, in which the lower part extends below the upper part to ensure a ballistic protection of the lower part of the structure, and a so-called access position in which the lower part has been moved upwards, with respect to its protection position, so as to provide an access to the lower part of the structure.
Method for driving a mining and/or construction machine, where said machine is arranged to be controlled by an operator by means of maneuvering means, where said operator, when driving said machine, provides steering commands by means of said maneuvering means for maneuvering said machine, characterized in that the method comprises, when said machine is being driven in an environment having at least a first obstacle: - estimating a path that has been requested by said operator by means of said steering commands, - by means of a control system determining whether said machine when moving according to said requested path will be driven within a first distance from said first obstacle, and - when said machine, when travelling along said path, will be driven within a first distance from said first obstacle, influencing the path of said machine by means of said control system, the method further comprising, when influencing the path of said machine: - by means of said control system determining a plurality of possible paths (601, 602; 702-704) of said machine, and wherein a drivability is determined for each of said paths (601, 602; 702-704), and - by means of said path requested by said operator and said drivability of said paths (601, 602; 702-704), select one of said plurality of paths (601, 602; 702-704). - estimating a path that has been requested by said operator by means of said steering commands, - by means of a control system determining whether said machine when moving according to said requested path will be driven within a first distance from said first obstacle, and - when said machine, when travelling along said path, will be driven within a first distance from said first obstacle, influencing the path of said machine by means of said control system, the method further comprising, when influencing the path of said machine: - by means of said control system determining a plurality of possible paths (601, 602; 702-704) of said machine, and wherein a drivability is determined for each of said paths (601, 602; 702-704), and - by means of said path requested by said operator and said drivability of said paths (601, 602; 702-704), select one of said plurality of paths (601, 602; 702-704). - by means of said control system determining a plurality of possible paths (601, 602; 702-704) of said machine, and wherein a drivability is determined for each of said paths (601, 602; 702-704), and - by means of said path requested by said operator and said drivability of said paths (601, 602; 702-704), select one of said plurality of paths (601, 602; 702-704).