mhurhangee/ep-ind-claims huggingface dataset:
A method of delivering fluids or granular substances containing required effective ingredients, over the air to a target (20; 810), the method comprising: loading the required effective ingredients onto a vehicle in the form of shelled portions selected to have a type and size based on mission parameters and physical data of a scene containing the target; conveying the shelled portions in the vehicle (1000, 1100) to a delivery point, based on the mission parameters and the physical data; and ballistically delivering the shelled portions from the vehicle towards the target, wherein the shelled portions each weigh approximately 100 to 300 grams and comprise fluids or granular substances covered by flexible shells that provide to the shelled portions a ballistic coefficient that is significantly higher than a ballistic coefficient of similar portions without the shells. loading the required effective ingredients onto a vehicle in the form of shelled portions selected to have a type and size based on mission parameters and physical data of a scene containing the target; conveying the shelled portions in the vehicle (1000, 1100) to a delivery point, based on the mission parameters and the physical data; and ballistically delivering the shelled portions from the vehicle towards the target, wherein the shelled portions each weigh approximately 100 to 300 grams and comprise fluids or granular substances covered by flexible shells that provide to the shelled portions a ballistic coefficient that is significantly higher than a ballistic coefficient of similar portions without the shells.
Movable integrated system for waste collection, comprising a container structure, adapted to be installed at least partially above ground, said structure comprising a plurality of access doors to a plurality of waste collection compartments or containers contained in said container structure that are made of two-dimensional modular structure; said container structure integrates waste compaction means supplied by a respective access hatch and transferring compacted waste into said collection containers, positioned in a lower portion with respect to said waste compaction means, and wherein said lower portion is configured to be installable in a trench in the ground in a position hidden from view and is also configured for being extracted by mechanized gripping means of an extraction machine of crane type; characterized by said system presenting said compaction means installed equal to at least one for each collection container; said system presenting said compaction means comprising a bulkhead movable with free movement, installed on a plurality of pads which are positioned at the corners and which slide on respective tracks; said movable bulkhead defines two compartments for each collection section or container; said system also presenting two thrust bulkheads (200, 210) connected to the walls of the section by an air lifting cushion that moves them forward and backward along a linear path; the two thrust bulkheads (200, 210) are oriented along a plane parallel to the plane on which said movable bulkhead lies.
A seed crystal for silicon carbide single crystal growth, which is attached to a lid of a graphite crucible charged with a raw material silicon carbide powder, wherein the seed crystal comprises a seed crystal formed of silicon carbide having one surface defined as a growth surface for growing a silicon carbide single crystal by a sublimation method, and a carbon film formed on the surface opposite to the growth surface; the film density of the carbon film is 1.8 g/cm 3 to 2.5 g/cm 3; and the thickness of the carbon film is equal to or greater than 0.1 μm and equal to or less than 20 μm.
An oviposition tray for insect eggs, the oviposition tray comprising: an oviposition tray body defining a plurality of elongate egg laying recesses in which eggs are laid, each recess having a length of at least 8mm, a width of between 1mm and 6mm and a depth of not less than 2mm, wherein the oviposition tray body has a front side and a rear side, with the recesses being defined in the front side of the oviposition tray body, wherein the oviposition tray body defines at least one aperture that extends between the rear side of the oviposition tray body and the front side of the oviposition tray body, the aperture allowing a flow of an airborne attractant substance therethrough in a direction from the rear side of the oviposition tray body to the front side thereof for attracting adult female insects to the oviposition tray in order to lay eggs in the recesses, wherein the oviposition tray body includes at least one spacer formation extending from the rear side thereof for abutment with the front side of another oviposition tray so as to space the oviposition tray from the another oviposition tray when the oviposition trays are arranged in a vertically stacked configuration, and wherein the oviposition tray body includes attachment means providing for attachment of the oviposition tray body to another oviposition tray or for conveying the oviposition tray, the attachment means comprising at least one passage that extends through the oviposition tray body and includes an elongate attachment rod which is received within the passage. an oviposition tray body defining a plurality of elongate egg laying recesses in which eggs are laid, each recess having a length of at least 8mm, a width of between 1mm and 6mm and a depth of not less than 2mm, wherein the oviposition tray body has a front side and a rear side, with the recesses being defined in the front side of the oviposition tray body, wherein the oviposition tray body defines at least one aperture that extends between the rear side of the oviposition tray body and the front side of the oviposition tray body, the aperture allowing a flow of an airborne attractant substance therethrough in a direction from the rear side of the oviposition tray body to the front side thereof for attracting adult female insects to the oviposition tray in order to lay eggs in the recesses, wherein the oviposition tray body includes at least one spacer formation extending from the rear side thereof for abutment with the front side of another oviposition tray so as to space the oviposition tray from the another oviposition tray when the oviposition trays are arranged in a vertically stacked configuration, and wherein the oviposition tray body includes attachment means providing for attachment of the oviposition tray body to another oviposition tray or for conveying the oviposition tray, the attachment means comprising at least one passage that extends through the oviposition tray body and includes an elongate attachment rod which is received within the passage.
A formulation comprising: - a first component which is formed from at least one isocyanate selected from diphenylmethane diisocyanate in the form of its 2,4'- 2,2'- and 4,4'-isomers and mixtures thereof and the mixtures of diphenylmethane diisocyanates and oligomers thereof and at least one amino resin, wherein said amino resin is the condensation product of an aldehyde with a compound selected from the group comprising urea, melamine, benzoguanamine, glycoluril, acetoguanamine and mixtures thereof; and - a second component comprising at least one polyether, wherein said polyether comprises at least one ethylene oxide moiety and at least one isocyanate reactive group selected from the group comprising hydroxyl, amino, epoxy, and thiol, preferably hydroxyl. - a first component which is formed from at least one isocyanate selected from diphenylmethane diisocyanate in the form of its 2,4'- 2,2'- and 4,4'-isomers and mixtures thereof and the mixtures of diphenylmethane diisocyanates and oligomers thereof and at least one amino resin, wherein said amino resin is the condensation product of an aldehyde with a compound selected from the group comprising urea, melamine, benzoguanamine, glycoluril, acetoguanamine and mixtures thereof; and - a second component comprising at least one polyether, wherein said polyether comprises at least one ethylene oxide moiety and at least one isocyanate reactive group selected from the group comprising hydroxyl, amino, epoxy, and thiol, preferably hydroxyl.
A pallet comprising at least two stringers in the form of elongate main profiles which extend along a longitudinal direction, which are connected to each other and which are located at a distance from each other in a transverse direction, wherein the longitudinal direction and the transverse direction define a horizontal plane, wherein each main profile has a cross section which comprises a bottom and two side surfaces (12a, 12b) extending from the bottom, wherein the main profiles are oriented such that the side surfaces extend substantially upwards from the bottom, wherein the main profiles are each provided with through-openings through both side surfaces, wherein each opening has an extent in the longitudinal direction and an extent in the vertical direction, wherein said openings are arranged at corresponding same positions on all of the side surfaces so that at least one channel which extends through said at least two main profiles is created in order to permit introduction of a fork, wherein the pallet further comprises at least one elongate stiffening profile extending along the longitudinal direction, wherein said at least one stiffening profile extends in each case, in view of the longitudinal direction, across the extent of at least one opening in the longitudinal direction and past said at least one opening on both sides of said at least one opening, and wherein each stiffening profile is arranged, in view of a vertical direction perpendicular to the horizontal plane, above the channel, characterized in that said at least one stiffening profile is in each case secured in one of the side surfaces (12a, 12b) of a respective main profile such that each stiffening profile partially covers a respective opening, the side surfaces of the main profiles extending substantially along said vertical direction.
A communication system comprising a plurality of slave devices and a master device that communicates with the plurality of slave devices, wherein the master device includes: a plurality of switches (CH21-CH2n) provided for each of the plurality of slave devices, for supplying power to the corresponding slave devices; a storage unit for storing identification information corresponding to the plurality of switches; and a transmission unit; characterized in that the transmission unit transmits corresponding identification information each time the switch (CH21-CH2n) is turned on by sequentially turning on the switch (CH21-CH2n), and wherein the plurality of slave devices has a setting unit that sets the identification information received after power supply as its own identification information. wherein the master device includes: a plurality of switches (CH21-CH2n) provided for each of the plurality of slave devices, for supplying power to the corresponding slave devices; a storage unit for storing identification information corresponding to the plurality of switches; and a transmission unit; a plurality of switches (CH21-CH2n) provided for each of the plurality of slave devices, for supplying power to the corresponding slave devices; a storage unit for storing identification information corresponding to the plurality of switches; and a transmission unit; characterized in that the transmission unit transmits corresponding identification information each time the switch (CH21-CH2n) is turned on by sequentially turning on the switch (CH21-CH2n), and wherein the plurality of slave devices has a setting unit that sets the identification information received after power supply as its own identification information.
An electronics assembly, including, a motor controller electronics arrangement, comprising: a housing enclosing a solid-state switch array; a cold plate arranged within the housing and in thermal communication with the solid-state switch array; a feeder cable electrically connected to the solid-state switch array; a coolant supply conduit and a coolant return conduit connected to the cold plate; a heat exchanger arranged outside the housing along the coolant return conduit; the heat exchanger configured to reject heat to the external environment prior recirculation of liquid coolant through the cold plate; and a coolant jacket extending about the feeder cable and separated from the switch arrangement by the housing, wherein the coolant jacket is thermally connected to the feeder cable, wherein the coolant jacket fluidly couples the coolant supply conduit to the coolant return conduit and is in liquid communication with the cold plate to limit communication of heat from the feeder cable to an interior of the housing. a housing enclosing a solid-state switch array; a cold plate arranged within the housing and in thermal communication with the solid-state switch array; a feeder cable electrically connected to the solid-state switch array; a coolant supply conduit and a coolant return conduit connected to the cold plate; a heat exchanger arranged outside the housing along the coolant return conduit; the heat exchanger configured to reject heat to the external environment prior recirculation of liquid coolant through the cold plate; and a coolant jacket extending about the feeder cable and separated from the switch arrangement by the housing, wherein the coolant jacket is thermally connected to the feeder cable, wherein the coolant jacket fluidly couples the coolant supply conduit to the coolant return conduit and is in liquid communication with the cold plate to limit communication of heat from the feeder cable to an interior of the housing.
Ceramic insulator for vacuum interrupters, wherein the ceramic insulator extends along a longitudinal extent and forms a cavity in said longitudinal extent, wherein the cavity comprises a first opening on a first side of the longitudinal extent, and a second opening on a second side of the longitudinal extent, the openings being suitable for being sealed in a gas-tight manner using appropriate connecting means, and wherein the sealed first opening is suitable for guiding at least one fixed contact into the cavity, and the sealed second opening is suitable for guiding at least one moving contact into the cavity, wherein the ceramic insulator comprises, on an inner face of the cavity, a plurality of electrically conductive discharge path interrupters, extending perpendicularly to the longitudinal extent of the ceramic insulator, wherein the plurality of electrically conductive discharge path interrupters have an annular and/or convex structure, characterized in that the plurality of electrically conductive discharge path interrupters have a mutual clearance, and the extent of the electrically conductive discharge path interrupters, in the direction of the longitudinal extent, is 5% to 30% of the clearance between the discharge path interrupters in the direction of the longitudinal extent. wherein the cavity comprises a first opening on a first side of the longitudinal extent, and a second opening on a second side of the longitudinal extent, the openings being suitable for being sealed in a gas-tight manner using appropriate connecting means, and wherein the sealed first opening is suitable for guiding at least one fixed contact into the cavity, and the sealed second opening is suitable for guiding at least one moving contact into the cavity, wherein the ceramic insulator comprises, on an inner face of the cavity, a plurality of electrically conductive discharge path interrupters, extending perpendicularly to the longitudinal extent of the ceramic insulator, wherein the plurality of electrically conductive discharge path interrupters have an annular and/or convex structure, characterized in that the plurality of electrically conductive discharge path interrupters have a mutual clearance, and the extent of the electrically conductive discharge path interrupters, in the direction of the longitudinal extent, is 5% to 30% of the clearance between the discharge path interrupters in the direction of the longitudinal extent.
A structured packing module for the formation of a structured packing layer comprising: a plurality of individual structured packing sheets that are arranged sequentially in an upright, parallel relationship to each other, wherein a front face of a first one of the structured packing sheets forms one side of the structured packing module and a rear face of a last one of the structured packing sheets forms the opposite side of the structured packing module; and at least two pairs of fasteners, wherein the fasteners extend into the structured packing sheets from the opposite sides of the structured packing module perpendicularly with respect to the sides of the structured packing module, wherein each of the structured packing sheets is corrugated with parallel corrugations and the structured packing sheets are arranged so that the corrugations of each one of the structured packing modules extend at an oblique angle to the corrugations of the adjacent ones of the structured packing modules, and wherein the fasteners comprise shanks having heads at one end and pointed opposite ends, and wherein said shanks have an outer surface including raised structures and/or grooves that resist removal of the fasteners from the structured packing sheets. a plurality of individual structured packing sheets that are arranged sequentially in an upright, parallel relationship to each other, wherein a front face of a first one of the structured packing sheets forms one side of the structured packing module and a rear face of a last one of the structured packing sheets forms the opposite side of the structured packing module; and at least two pairs of fasteners, wherein the fasteners extend into the structured packing sheets from the opposite sides of the structured packing module perpendicularly with respect to the sides of the structured packing module, wherein each of the structured packing sheets is corrugated with parallel corrugations and the structured packing sheets are arranged so that the corrugations of each one of the structured packing modules extend at an oblique angle to the corrugations of the adjacent ones of the structured packing modules, and wherein the fasteners comprise shanks having heads at one end and pointed opposite ends, and wherein said shanks have an outer surface including raised structures and/or grooves that resist removal of the fasteners from the structured packing sheets.
A needle retraction apparatus comprising a body having a forwardly projecting needle, a needle retraction mechanism seated inside the body and biasing the needle rearwardly relative to the body, a slide member attached to the body and having a second opening communicating with a needle retraction cavity projecting away from the body, and an actuator, wherein the needle retraction mechanism comprises a needle holder seated inside the body, and wherein the slide member comprises a first opening laterally spaced from the second opening, each opening (90, 86) being coaxially alignable with the needle holder at different times by repositioning the slide member relative to the body, characterized in that the actuator is rotatable relative to the slide member to reposition the slide member from a first position preventing needle retraction to a second position permitting needle retraction.
Single seed sowing unit for a single seed drill, comprising a coulter carrier with a coulter fixed thereto; a separating device fixed to the coulter carrier; a catching roller; and a seed channel leading from the separating device to the catching roller, the catching roller and a lower end section of the seed channel being fixed to a catching roller carrier that can be moved relative to the coulter carrier, characterized in that the seed channel between the separating device and the lower end section comprises at least one flexible hose, or the seed channel comprises at least one telescopic section between the separating device and the lower end section.
A transfer device for the transfer of fuel elements between an upper pool and a lower pool of a nuclear plant, in particular an upper pool inside a reactor building and a lower pool of a fuel element store, with - a transfer pipe connecting the upper and lower pools (3, 4) and running at an inclination to the vertical, - one or a plurality of transfer cages into which in each case one or a plurality of fuel elements can be inserted for the transfer through the transfer pipe, - an upper transhipment device in the upper pool for purposes of loading and/or unloading the transfer cages with fuel elements, and/or - a lower transhipment device in the lower pool for purposes of loading and/or unloading the transfer cages with fuel elements, wherein in each case two transfer cages can be inserted into the upper transhipment device and/or the lower transhipment device, which for purposes of positioning over or under the transfer pipe can be moved and in the course of movement, can be swivelled, preferably automatically, out of a vertical transhipment position into an inclined transfer position, and vice versa, characterised in that, the upper transhipment device and/or the lower transhipment device in each case have two swivelling frames, into which one transfer cage can be inserted in each case, and in which the transfer cages can be swivelled out of a vertical transhipment position into an inclined transfer position, and vice versa. - a transfer pipe connecting the upper and lower pools (3, 4) and running at an inclination to the vertical, - one or a plurality of transfer cages into which in each case one or a plurality of fuel elements can be inserted for the transfer through the transfer pipe, - an upper transhipment device in the upper pool for purposes of loading and/or unloading the transfer cages with fuel elements, and/or - a lower transhipment device in the lower pool for purposes of loading and/or unloading the transfer cages with fuel elements, wherein
Arrangement for a launcher for launching sonde units, which each include a meteorological-balloon and a radiosonde, which arrangement comprises: - at least one sonde case for storing and transporting a sonde unit, which sonde case has a generic body; - a generic launch base for receiving the at least one sonde case carrying the sonde unit to the launch base, which has means for launching a sonde unit; and - generic means for creating a sonde connection between the launcher and the radiosonde of the sonde unit for preparing the radiosonde for sounding, characterized in that - the arrangement further comprises a mechanical adapter, which is arranged to connect to the generic body and the sonde unit, and which is arranged to convert the generic launch means of the launch base to become meteorological-balloon and sonde-specific, and that - the arrangement also comprises an adapter unit, which is arranged to connect to the mechanical adapter, and which is arranged to convert the sonde connection to be radiosonde-specific. - at least one sonde case for storing and transporting a sonde unit, which sonde case has a generic body; - a generic launch base for receiving the at least one sonde case carrying the sonde unit to the launch base, which has means for launching a sonde unit; and - generic means for creating a sonde connection between the launcher and the radiosonde of the sonde unit for preparing the radiosonde for sounding, - the arrangement further comprises a mechanical adapter, which is arranged to connect to the generic body and the sonde unit, and which is arranged to convert the generic launch means of the launch base to become meteorological-balloon and sonde-specific, and that - the arrangement also comprises an adapter unit, which is arranged to connect to the mechanical adapter, and which is arranged to convert the sonde connection to be radiosonde-specific.