mhurhangee/ep-ind-claims huggingface dataset:
A unified carrier rack and receiver system for transportation and storage of cargo by a vehicle comprising: a carrier rack comprising: a transitional carrier bar, a secondary bar and a cargo carrier bar each having distal and proximal ends, characterised in that the system further comprises: a receiver unit installed in a rear of the vehicle and wherein the proximal end of the transitional carrier bar, is operable to engage the receiver unit and provide immobilization for cargo and the distal end is operable to engage the secondary bar or the cargo carrier bar, wherein a distal end of the secondary bar is operable to engage the cargo carrier bar at a height sufficient to provide clearance from the ground for cargo; wherein the cargo carrier bar is operable to engage the secondary bar or the transitional carrier bar, wherein the cargo carrier bar is further operable to engage and immobilize cargo using a standardized peg in a receiver area and wherein the carrier rack is lightweight and compactable such that the transitional carrier bar, secondary bar, and cargo carrier bar are operable to be folded into a secure, telescopic arrangement. a transitional carrier bar, a secondary bar and a cargo carrier bar each having distal and proximal ends, characterised in that the system further comprises: a receiver unit installed in a rear of the vehicle and wherein the proximal end of the transitional carrier bar, is operable to engage the receiver unit and provide immobilization for cargo and the distal end is operable to engage the secondary bar or the cargo carrier bar, wherein a distal end of the secondary bar is operable to engage the cargo carrier bar at a height sufficient to provide clearance from the ground for cargo; wherein the cargo carrier bar is operable to engage the secondary bar or the transitional carrier bar, wherein the cargo carrier bar is further operable to engage and immobilize cargo using a standardized peg in a receiver area and wherein the carrier rack is lightweight and compactable such that the transitional carrier bar, secondary bar, and cargo carrier bar are operable to be folded into a secure, telescopic arrangement. a receiver unit installed in a rear of the vehicle and wherein the proximal end of the transitional carrier bar, is operable to engage the receiver unit and provide immobilization for cargo and the distal end is operable to engage the secondary bar or the cargo carrier bar, wherein a distal end of the secondary bar is operable to engage the cargo carrier bar at a height sufficient to provide clearance from the ground for cargo; wherein the cargo carrier bar is operable to engage the secondary bar or the transitional carrier bar, wherein the cargo carrier bar is further operable to engage and immobilize cargo using a standardized peg in a receiver area and wherein the carrier rack is lightweight and compactable such that the transitional carrier bar, secondary bar, and cargo carrier bar are operable to be folded into a secure, telescopic arrangement.
An amphibious unmanned aerial vehicle comprising: a fuselage; separators (150, 160) within the fuselage forming separate compartments within the fuselage; and mounts (122, 142) associated with the compartments for securing waterproof aircraft components within the fuselage; characterized in that the walls of the fuselage are comprised of a buoyant material having a molded foam core sealed with a waterproof skin so that the fuselage will float in water without wings attached when the fuselage is fully loaded with a battery, a payload, and avionics electronics; and the compartments each having water drainage openings (128b, 128s, 131, 228b, 228s) in the fuselage extending from the interior of the fuselage to the exterior of the fuselage. a fuselage; separators (150, 160) within the fuselage forming separate compartments within the fuselage; and mounts (122, 142) associated with the compartments for securing waterproof aircraft components within the fuselage; characterized in that the walls of the fuselage are comprised of a buoyant material having a molded foam core sealed with a waterproof skin so that the fuselage will float in water without wings attached when the fuselage is fully loaded with a battery, a payload, and avionics electronics; and the compartments each having water drainage openings (128b, 128s, 131, 228b, 228s) in the fuselage extending from the interior of the fuselage to the exterior of the fuselage.
A method for sealing a water-soluble film, the method comprising: (a) applying a sealing solution to a first surface of a water-soluble film, the sealing solution comprising (i) water at a concentration of 85 wt.% to 98 wt.% relative to the total sealing solution, and (ii) a polyol having 3 to 12 hydroxyl groups, wherein the polyol is present in the sealing solution at a concentration of from 2 wt.% to 15 wt.% relative to the total sealing solution, wherein the sealing solution has a dynamic viscosity (μ s) less than 1.5 mPa·s (1.5 cP) as measured at 20°C; and (b) contacting a second surface of a water-soluble film with the sealing solution on the first surface for a time sufficient to form a seal between the first surface and the second surface. (a) applying a sealing solution to a first surface of a water-soluble film, the sealing solution comprising (i) water at a concentration of 85 wt.% to 98 wt.% relative to the total sealing solution, and (ii) a polyol having 3 to 12 hydroxyl groups, wherein the polyol is present in the sealing solution at a concentration of from 2 wt.% to 15 wt.% relative to the total sealing solution, wherein the sealing solution has a dynamic viscosity (μ s) less than 1.5 mPa·s (1.5 cP) as measured at 20°C; and (i) water at a concentration of 85 wt.% to 98 wt.% relative to the total sealing solution, and (ii) a polyol having 3 to 12 hydroxyl groups, wherein the polyol is present in the sealing solution at a concentration of from 2 wt.% to 15 wt.% relative to the total sealing solution, (b) contacting a second surface of a water-soluble film with the sealing solution on the first surface for a time sufficient to form a seal between the first surface and the second surface.
Semi-finished product for the production of a printed circuit board with at least one recessed electronic component, the said semi-finished product having at least one conductive layer structured to provide a connector pad for an electronic component, fan-out lines connected to the connector pad and further to provide at least one laser-stop device encompassing the connector pad, wherein the laser-stop device has at least one passage for passing-through the fan-out lines, and the semi-finished product further comprises at least one cap layer applied to the conductive layer, the at least one cap layer having an opening, characterised in that the opening is in registration with each passage.
Energy storage material for use in a rechargeable energy storage unit, which material is formed from metal particles, incorporated into a matrix-forming carrier material, made from at least one metal which is reducible, in particular during charging operation of an energy storage unit, and is oxidisable, in particular during discharging operation of an energy storage unit, characterised in that the carrier material is embodied as an inorganic binder.
A silver oxide secondary battery comprising: a positive electrode containing a positive electrode active material; a negative electrode; and a separator, wherein the positive electrode active material contains a mixture of a silver oxide and a silver-bismuth complex oxide, the silver oxide contains Ag 2 O, the silver-bismuth complex oxide contains a compound in which an average valence of Bi is 3, and a ratio of a total amount of bismuth to a total amount of silver contained in the mixture is more than 2% by mass and less than 9% by mass, wherein the silver oxide secondary battery has gone through several charge-discharge cycles after the production of the battery such that the shape of the discharge curve is substantially constant. a positive electrode containing a positive electrode active material; a negative electrode; and a separator, wherein the positive electrode active material contains a mixture of a silver oxide and a silver-bismuth complex oxide, the silver oxide contains Ag 2 O, the silver-bismuth complex oxide contains a compound in which an average valence of Bi is 3, and a ratio of a total amount of bismuth to a total amount of silver contained in the mixture is more than 2% by mass and less than 9% by mass, wherein the silver oxide secondary battery has gone through several charge-discharge cycles after the production of the battery such that the shape of the discharge curve is substantially constant.
A wrist prosthesis comprising: an elongated radial component having two opposite sides, the first side comprising a stem and the second side comprising a concave dish having an internal surface showing a substantially spherically concave section; an elongated carpal component having two opposite sides, the first side comprising a stem, and the second side comprising a ball end; a lunate component having two opposite sides, the first side comprising a cavity adapted to receive said carpal component's ball end, and the second side comprising a convex surface adapted to engage said radial component's concave dish; wherein said lunate component defines rotational pairings with said carpal component and with said radial component, said lunate component is adapted to freely rotate and swivel with respect to said carpal component and to said radial component, wherein the rotational pairing between said lunate component and said carpal component and the rotational pairing between said lunate component and said radial component are independent of each other; wherein said stem of said carpal component is adapted for rigid engagement with one or more carpal and/or metacarpal bones; and wherein said stem of said radial component is adapted for rigid engagement with a radius bone. an elongated radial component having two opposite sides, the first side comprising a stem and the second side comprising a concave dish having an internal surface showing a substantially spherically concave section; an elongated carpal component having two opposite sides, the first side comprising a stem, and the second side comprising a ball end; a lunate component having two opposite sides, the first side comprising a cavity adapted to receive said carpal component's ball end, and the second side comprising a convex surface adapted to engage said radial component's concave dish; wherein said lunate component defines rotational pairings with said carpal component and with said radial component, said lunate component is adapted to freely rotate and swivel with respect to said carpal component and to said radial component, wherein the rotational pairing between said lunate component and said carpal component and the rotational pairing between said lunate component and said radial component are independent of each other; wherein said stem of said carpal component is adapted for rigid engagement with one or more carpal and/or metacarpal bones; and wherein said stem of said radial component is adapted for rigid engagement with a radius bone.
A switching device for low or medium voltage electric power distribution networks, said switching device comprising one or more electric poles, each electric pole comprising: - an insulating housing extending along a longitudinal axis and fixed to a main support structure of said switching device; - a first pole terminal and a second pole terminal electrically connectable with a corresponding phase conductor of an electric power source and with a corresponding load conductor of an electric load, respectively; - a movable contact and a fixed contact, which are electrically coupleable or decoupleable one with or from another upon a movement of said movable contact towards or away from said fixed contact, said fixed contact being electrically connected with said first pole terminal, said movable contact being electrically connectable with said second pole terminal; characterised in that it comprises a movable circuit assembly including a plurality of semiconductor devices adapted to switch in a conduction state or in an interdiction state depending on the voltage applied thereto, said semiconductor devices being electrically connected in series one to another in such a way that a current (I LOAD) can flow according to a predefined conduction direction when said semiconductor devices are in a conduction state, said movable circuit assembly comprising first and second assembly terminals (61, 62) for said plurality of semiconductor devices, said movable circuit assembly being operatively coupled with said movable contact and moving together with said movable contact during a movement of said movable contact towards or away from said fixed contact, said semiconductor devices switching in a conduction on state or in an interdiction state depending on the position (P 1, P 2, P 3) of said movable contact and said movable circuit assembly during a switching manoeuvre of said switching device. - an insulating housing extending along a longitudinal axis and fixed to a main support structure of said switching device; - a first pole terminal and a second pole terminal electrically connectable with a corresponding phase conductor of an electric power source and with a corresponding load conductor of an electric load, respectively; - a movable contact and a fixed contact, which are electrically coupleable or decoupleable one with or from another upon a movement of said movable contact towards or away from said fixed contact, said fixed contact being electrically connected with said first pole terminal, said movable contact being electrically connectable with said second pole terminal;
An information processing apparatus comprising: an attack event table storage unit that stores an attack event table indicating, for each of a plurality of events caused from an attack on an information system, a progress degree of the attack at a time when each event occurs; an attack event progress degree string table storage unit that stores an attack event progress degree string table indicating a character string as an attack event progress degree string, the character string being obtained by concatenating the progress degrees of corresponding events according to an occurrence pattern of events in an attack sequence; an occurred event progress degree string derivation unit that concatenates the progress degrees of corresponding events according to the occurrence pattern of the events that have occurred in the information system, and derives an occurred event progress degree string that is a character string; a similarity degree calculation unit that calculates a similarity degree between the occurred event progress degree string derived by the occurred event progress degree string derivation unit and the attack event progress degree string indicated in the attack event progress degree string table using a function for calculating a Levenshtein edit distance; and an attack status visualization unit that visualizes a progress status of the attack on the information system, based on the occurred event progress degree string obtained by the occurred event progress degree string derivation unit and a result of calculation of the similarity degree by the similarity degree calculation unit. an attack event table storage unit that stores an attack event table indicating, for each of a plurality of events caused from an attack on an information system, a progress degree of the attack at a time when each event occurs; an attack event progress degree string table storage unit that stores an attack event progress degree string table indicating a character string as an attack event progress degree string, the character string being obtained by concatenating the progress degrees of corresponding events according to an occurrence pattern of events in an attack sequence; an occurred event progress degree string derivation unit that concatenates the progress degrees of corresponding events according to the occurrence pattern of the events that have occurred in the information system, and derives an occurred event progress degree string that is a character string; a similarity degree calculation unit that calculates a similarity degree between the occurred event progress degree string derived by the occurred event progress degree string derivation unit and the attack event progress degree string indicated in the attack event progress degree string table using a function for calculating a Levenshtein edit distance; and an attack status visualization unit that visualizes a progress status of the attack on the information system, based on the occurred event progress degree string obtained by the occurred event progress degree string derivation unit and a result of calculation of the similarity degree by the similarity degree calculation unit.
A holder having a longitudinal holder axis H and comprising: a holder shank and a clamping portion, the clamping portion comprising a clamping sleeve having a longitudinal sleeve axis S defining a releasing direction D and a cage located within the clamping sleeve, the cage comprising at least one load member housing having a load member accommodated therein, the cage having inner and outer cage surfaces,; the clamping sleeve having inner and outer sleeve surfaces (68, 70), the inner sleeve surface comprising first and second inner sections (74, 76) extending over a given length parallel to the sleeve axis S and defined by points P1 and P2 in a cross section taken perpendicular to the sleeve axis S; a point P3 further from the sleeve axis S than the points P1 and P2 divides the second inner section into first and second portions (78, 80); characterised in that the inner cage surface comprises a major abutment wall connected to a minor abutment wall, the major abutment wall forming an angle α≤90° with a plane T tangent to the minor abutment wall; and by a stopper wall perpendicular to the minor and major abutment walls (58, 60), the minor and major abutment walls (58, 60) being parallel to the holder axis H. a holder shank and a clamping portion, the clamping portion comprising a clamping sleeve having a longitudinal sleeve axis S defining a releasing direction D and a cage located within the clamping sleeve, the cage comprising at least one load member housing having a load member accommodated therein, the cage having inner and outer cage surfaces,; the clamping sleeve having inner and outer sleeve surfaces (68, 70), the inner sleeve surface comprising first and second inner sections (74, 76) extending over a given length parallel to the sleeve axis S and defined by points P1 and P2 in a cross section taken perpendicular to the sleeve axis S; a point P3 further from the sleeve axis S than the points P1 and P2 divides the second inner section into first and second portions (78, 80); characterised in that the inner cage surface comprises a major abutment wall connected to a minor abutment wall, the major abutment wall forming an angle α≤90° with a plane T tangent to the minor abutment wall; and by a stopper wall perpendicular to the minor and major abutment walls (58, 60), the minor and major abutment walls (58, 60) being parallel to the holder axis H.
A three-dimensional, 3D, printing method, comprising: forming a layer comprising (i) particles comprising a polymer and (ii) cavities between the particles, wherein the particles have an average diameter of between about 5 μm and about 250 μm; disposing a liquid suspension: over at least a portion of the layer such that the liquid suspension infiltrates into the cavities, wherein the liquid suspension comprises a radiation-absorbing coalescent agent and nanoparticles having an average diameter of less than or equal to about 300 nm, wherein the nanoparticles comprise a material selected from (i) the same polymer as the particles which have an average diameter between about 5 μm and about 250 μm, (ii) an inorganic material comprising a ceramic and (iii) a metal; forming an object slice of a 3D object by exposing the infiltrated layer to a radiant energy, wherein the object slice comprises a polymeric matrix comprising the polymeric particles, at least some of which are fused to one another, and the nanoparticles within the polymeric matrix; and repeating to to form the 3D object comprising multiple object slices bound depth-wise to one another; wherein the method optionally comprises removing from the object slice particles that are not fused by at least one of brushing, water-jet cleaning, sonic cleaning, and blasting. forming a layer comprising (i) particles comprising a polymer and (ii) cavities between the particles, wherein the particles have an average diameter of between about 5 μm and about 250 μm; disposing a liquid suspension: over at least a portion of the layer such that the liquid suspension infiltrates into the cavities, wherein the liquid suspension comprises a radiation-absorbing coalescent agent and nanoparticles having an average diameter of less than or equal to about 300 nm, wherein the nanoparticles comprise a material selected from (i) the same polymer as the particles which have an average diameter between about 5 μm and about 250 μm, (ii) an inorganic material comprising a ceramic and (iii) a metal; forming an object slice of a 3D object by exposing the infiltrated layer to a radiant energy, wherein the object slice comprises a polymeric matrix comprising the polymeric particles, at least some of which are fused to one another, and the nanoparticles within the polymeric matrix; and repeating to to form the 3D object comprising multiple object slices bound depth-wise to one another;
A hemostatic agent comprising or consisting of ferric ammonium citrate and potassium alum (rock alum) wherein ferric ammonium citrate is brown or red.